Agile Electromagnetics is an Ottawa-area company developing software-defined electronic-warfare and sensing systems. Its portfolio combines beamforming antenna hardware, airborne payloads and electromagnetic-operations command software with RF, FPGA and edge-machine-learning engineering services.
Operating context
Agile’s portfolio separates the equipment that receives or transmits RF energy from the software that combines information and allocates resources. Hydra is its 32-element counter-UAS system; Artemis is an eight-element airborne payload for Group 1 and 2 drones. A wider EMSO hardware family offers different array and frequency configurations, while EMSO command software combines sensor and effector information into an operating picture.
The engineering offer connects those products to implementation work. Agile describes in-house antenna and RF design, simulation, fabrication and testing, alongside PCB assembly, FPGA/RFSoC integration and machine learning at the edge. Public material names the disciplines and tools, while leaving product interfaces and configuration-specific qualification to the integration discussion.
Government records show distinct development paths: Hydra’s R&D testing contract and 2026 Sandbox listing, C2EWS’s detection-only 2025 demonstration, and a separate UAV ground-penetrating-radar concept. The MIL-V announcement names Agile as a counter-drone contributor and Convergence Design Services as prime and integrator, but does not identify which Agile product is involved.
Canadian footprint
Agile identifies Ottawa as its location. The August 2026 CanadaBuys supply-arrangement record lists 95 Constance Lake Road, Kanata, Ontario. Company materials describe in-house RF and antenna design, fabrication and test; they do not quantify Canadian production throughput.
Ottawa, Ontario is the published city-level context for Agile Electromagnetics. It does not imply a street address or exact facility location.
Agile offers both RF equipment and the engineering work needed to connect it to a host platform and command system. Its distinct ground, airborne and software products support different integration discussions. Hydra’s funded testing provides a concrete evaluation route; the relevant configuration, interfaces and test results remain the basis for comparing it with an operational requirement.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Artemis is Agile’s airborne electronic-warfare payload for Group 1 and 2 drones. Its eight-element digital-beamforming array is described as supporting electronic support and attack, with onboard detection, classification and responsive jamming.
The airborne role makes the host aircraft an essential part of the integration. Agile characterizes Artemis as compact but does not publish numerical size, weight and power figures, host interfaces or a configuration-level qualification result. Hydra’s larger array and GaN description should not be used as Artemis specifications.
Commercial availability
Artemis is listed for product enquiries. Host-platform compatibility, payload power and mounting, command interfaces and the enabled RF functions need to be scoped with Agile; public production and delivery terms are not given.
Core features
Eight-element digital-beamforming array
Company-described electronic-support and electronic-attack functions
Onboard detection, classification and responsive jamming
Recorded applications
Airborne spectrum sensing
Drone-mounted electronic support
Responsive electronic attack subject to authorization and integration
C2EWS is the separately named cognitive electronic-warfare counter-UAS concept recorded in DND’s development programme. Its proposed functions include detection, classification, tracking and defeat, but its documented 2025 urban Sandbox activity concerned detection.
That event was conducted without defeat mechanisms. It supplies a setting for examining detection work, while broader countermeasure and swarm-handling claims require their own results and configuration evidence.
Evidence of maturity
DND records an initial CAD 499,040 development stage and a subsequent CAD 1,999,750 agreement running October 4, 2024 to June 30, 2026. It also records C2EWS at the November 24–28, 2025 detection-only urban Sandbox. The dates do not establish a completed development outcome, and the Sandbox does not establish defeat performance.
Core features
Cognitive electronic-warfare counter-UAS concept
Detection-only demonstration record at the 2025 urban Counter-UAS Sandbox
Recorded applications
Counter-UAS detection research and urban test-event evaluation
Agile’s EMSO command-and-control software combines information from sensors and effectors into a common operating picture. The company describes statistical estimation of emitter positions, allocation of sensing and countermeasure resources, and machine-learning refinement of the picture.
This is the coordination layer around RF equipment. Its practical integration depends on which devices supply data, how observations are represented and timed, and how tasks are returned to the sensors or effectors. The public description does not identify those APIs, message formats, supported hosts or compatible product versions.
Commercial availability
Agile lists the command-and-control system for enquiries. An integration scope needs to identify connected devices, data formats, hosting, timing and security requirements; public licence and delivery terms are not available.
Core features
Sensor and effector data fusion
Emitter-location estimation
Sensing and countermeasure resource allocation
Machine-learning-supported common operating picture
Software-defined electronic-warfare and counter-UAS system
Read technical summary
Hydra is Agile’s 32-element digital-beamforming electronic-warfare system, built around a gallium-nitride RF front end. The company describes direction finding in azimuth and elevation, with embedded machine learning supporting spectrum sensing, emitter classification and beam adaptation. Its advertised counter-UAS functions cover detecting, classifying and tracking individual drones or groups.
The same product description includes electronic-support and countermeasure functions, networked metadata sharing and automated responses. These functions need to be tied to the evaluated Hydra configuration: the public reference to NATO protocols does not identify implemented versions or establish the interfaces available to a particular command system.
Evidence of maturity
CanadaBuys records a CAD 2,621,146.87 Hydra ISC Testing Stream R&D contract awarded June 18, 2026 and ending June 22, 2027. DND also lists Hydra for the 2026 Counter-UAS Sandbox. The records establish funded evaluation but do not publish a completed configuration-level test result.
Commercial availability
Agile markets Hydra and accepts product enquiries. An engagement needs to define the array configuration, enabled sensing and countermeasure functions, interfaces and support package; public pricing and delivery schedules are not provided.
Agile’s multi-function electromagnetic-spectrum-operations hardware family uses configurable digital-beamforming arrays to combine sensing, cognitive-radio and electronic-warfare functions through a common aperture. The company describes configurations with 8 to 32 elements and designs spanning VHF through millimetre-wave frequencies.
Those figures describe a family of configurations. They do not specify the instantaneous bandwidth of one unit or show that a single array performs every advertised function at once. Band, aperture, processing and enabled electronic-support or attack functions define the actual system being integrated.
Commercial availability
Agile offers configuration enquiries for the EMSO hardware family. Frequency coverage, element count, transmit power, sensitivity and environmental requirements form part of that configuration; standard orderable variants and delivery terms are not published.
Core features
Configurable arrays from 8 to 32 digital-beamforming elements
Company-described VHF-through-millimetre-wave configuration range
Common aperture for sensing and effecting
Electronic-support and electronic-attack functions
Electronic-warfare and sensing engineering services
Read technical summary
Agile offers engineering work across the RF signal chain: antenna and RF design, simulation, fabrication and test; analogue and digital PCB assembly; and FPGA/RFSoC integration for embedded signal processing. Its named design tools include Ansys HFSS, ORCAD and Altium.
The company also describes GaN beamforming-array development and machine learning implemented on FPGA fabric for edge inference. These services give equipment teams a route to commission design and integration work around sensing, processing and control, separately from buying one of Agile’s named electronic-warfare products.
Commercial availability
Engineering services are available by enquiry and project scope. Deliverables, design ownership, prototype and test responsibilities, schedule and support should be specified for the commissioned work; public rates and capacity figures are not listed.
Core features
RF and antenna design using company-named HFSS, ORCAD and Altium tools
Board fabrication, assembly and test
FPGA, digital-signal-processing and RFSoC integration
Edge-machine-learning and signal-classification development
Agile’s UAV polarimetric ground-penetrating-radar concept addresses the DND minefield-breaching challenge by investigating radar sensing from an uncrewed aircraft. The public contribution record establishes the aerial carriage concept and polarimetric radar approach.
It does not describe a completed aircraft installation or publish the radar frequency, flying altitude, detection accuracy or prototype results. The engineering outcome of the funded work remains the substantive gap.
Evidence of maturity
DND records CAD 999,895 for concept development from November 15, 2024 to May 30, 2026. That agreement period has ended, but the inspected record does not establish completion or an achieved product TRL. The challenge’s broader TRL range is not a rating for this project.
Commercial availability
The documented activity is funded concept development. An orderable GPR product or commercial delivery route has not been established.
Core features
Unmanned-aerial-vehicle carriage concept
Polarimetric ground-penetrating radar
IDEaS concept-development scope
Recorded applications
Minefield-breaching research
Airborne subsurface-detection studies
Public record
Recent activity
Aug 24, 2026
CanadaBuys records Defence Drone Initiative supply arrangement CW2464862 awarded to Agile on August 24, 2026, running August 26, 2026 to July 31, 2031. Its nominal CAD 1 value establishes supplier-pool access, not an order or revenue. Separately, Hydra R&D Testing Stream contract CW2456860 was awarded June 18, 2026 for CAD 2,621,146.87, ending June 22, 2027; funded testing does not establish operational adoption.
Agile publicly markets Hydra, Artemis, multi-function EMSO and EMSO command-and-control products and accepts product and service inquiries. ISED lists Hydra as Matched in its Testing Stream. Public pricing, standard configurations, production capacity, delivery schedules, export terms and support arrangements are not disclosed.
Financing and disclosed activity
National Defence lists C2EWS concept-development stages of CAD 499,040 and CAD 1,999,750; the latter agreement runs October 4, 2024 to June 30, 2026. A separate UAV polarimetric ground-penetrating-radar contribution is CAD 999,895, November 15, 2024 to May 30, 2026. Public Accounts of Canada reports CAD 1,380,593 for Agile under IDEaS contributions in fiscal 2024–25. That recipient-level payment disclosure includes cash payments and accrued charges, does not allocate amounts across projects and is not an additional award to add to the agreement values.
Ownership and entity scope
Corporations Canada records Agile Electromagnetics Inc. as active federal corporation 1316402-1, incorporated July 7, 2021, and identifies Kyle Davidson as the sole listed individual with significant control, holding more than 75% of shares directly and individually as last confirmed July 8, 2026. The remaining minority ownership is not disclosed.
Sponsor or operator: Public Services and Procurement Canada
Awarded·Aug 24, 2026
Organization role. CanadaBuys records supply arrangement CW2464862 awarded August 24, 2026, with a nominal CAD 1 value and a term from August 26, 2026 to July 31, 2031. It establishes supplier-pool access, not a task authorization, order, revenue or Hydra-specific acceptance.
Program. A federal marketplace supply-arrangement mechanism for qualified defence-drone suppliers; a nominal-value arrangement establishes access to the supplier pool, not a task authorization, order or revenue.
C-UAS Cognitive Electronic Warfare System (C2EWS) may help teams working on Sovereign defence capability areas by contributing to detection and situational awareness, autonomous and uncrewed systems, and aerospace operations.
Which Hydra configuration was contracted and selected for testing, and what range, accuracy, latency, environmental and acceptance results can be shared?
CanadaBuys establishes a current Hydra R&D testing contract and DND lists Hydra for the 2026 Sandbox, but neither source publishes a completed test report or configuration-level performance.
02
Which NATO protocols, STANAGs, command-and-control interfaces, host-platform dependencies and cybersecurity controls are implemented and independently verified?
Company materials mention unspecified NATO protocols and networked metadata exchange, while public sources do not identify standards, APIs, accreditation, host interfaces or acceptance evidence.
03
Which Hydra, Artemis and EMSO configurations are orderable now, at what production rate and lead time, with which support, export and controlled-goods requirements?
Agile accepts product inquiries and ISED lists Hydra in the Testing Stream, but public pricing, standard configurations, production capacity, delivery schedules and qualification evidence are absent.
04
What prototype, test result, platform integration and follow-on path emerged from the UAV polarimetric ground-penetrating-radar project after May 30, 2026?
The DND contribution record establishes the project, value and agreement end date, but does not publish completion, exact readiness level, detection results, platform, integrator or field use.
Original sources 33 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Public Accounts of Canada 2024–2025 records CAD 1,380,593 in aggregate IDEaS contribution payments for Agile Electromagnetics Incorporated, Ottawa. The accounting note includes cash payments and accrued charges; the recipient total does not allocate amounts to C2EWS versus other projects and should not be added to agreement ceilings as new funding.
Supports: Profile · disclosed financing summary
Public Accounts of Canada 2024–2025 records CAD 1,380,593 in aggregate IDEaS contribution payments for Agile Electromagnetics Incorporated, Ottawa. The accounting note includes cash payments and accrued charges; the recipient total does not allocate amounts to C2EWS versus other projects and should not be added to agreement ceilings as new funding.
CanadaBuys grounds this True North Map assessment of Agile Electromagnetics: Agile matters to teams evaluating sovereign RF sensing and counter-UAS options because public records show a current Hydra federal R&D testing contract, a separate C2EWS funding and demonstration track, and a distinct UAV polarimetric ground-penetrating-radar project, while Artemis and EMSO extend the company-described portfolio into airborne and networked spectrum operations. The next conversation should verify configuration-level performance, exact command-and-control and host interfaces, qualification and controlled-goods requirements, production and delivery capacity, and what each test or funded project actually demonstrated without treating evaluation activity as operational adoption.
Public sources cited · Facts and assessments kept separate · Human review
Matched supplier and R&D contractor · Hydra Multi-Function Antenna System
Sponsor or operator: Innovation, Science and Economic Development Canada
Contracted·Jun 18, 2026
Organization role. ISED lists Hydra as proposal T11-21665 with Matched status, and CanadaBuys records competitive R&D contract CW2456860 with National Defence as buyer for June 18, 2026, through June 22, 2027.
Program. The Testing Stream connects eligible Canadian innovations with federal departments for bounded testing; Matched status alone means tentative test-plan development rather than completed testing.
Started Jun 18, 2026 · Ended Jun 22, 2027
Contract CW2456860 · Notice WS5336023296 · Other T11-21665
Funded innovator · C-UAS Cognitive Electronic Warfare System
Sponsor or operator: Department of National Defence
Funded
Organization role. Agile's C2EWS received CAD 499,040 for a nine-month first stage and CAD 1,999,750 for a further 15 months; the public contribution record runs from October 4, 2024, through June 30, 2026.
Program. The IDEaS challenge funded counter-UAS concept development and an additional development stage before possible testing, without committing to operational procurement.
Demonstrating innovator · C-UAS Cognitive Electronic Warfare System
Sponsor or operator: Department of National Defence
Completed
Organization role. National Defence records Agile as demonstrating and testing C2EWS during the November 24-28, 2025 detection-only event; no Agile-specific performance result is published.
Program. The 2025 urban Counter-UAS Sandbox evaluated detection technologies in Ottawa and prohibited neutralization activity during the event.
Selected innovator · Hydra Cognitive Electronic Warfare System
Sponsor or operator: Department of National Defence
Selected
Organization role. National Defence lists Agile and Hydra Cognitive Electronic Warfare System among participating innovators; the listing does not establish completed attendance, a result, prize outcome or operational adoption.
Program. The 2026 Counter-UAS Sandbox lists selected innovators and their proposed systems for government-supported testing and evaluation.
Canadian Defence Review’s May 27, 2026 MIL-V announcement identifies Agile as a counter-drone-systems contributor to Convergence Design Services’ prototype. It does not name the Agile product or establish an operational vehicle order or verified system performance.
Funding and ownership
IDEaS concept-development contribution
Nov 15, 2024
$999,895
Open Government records a CAD 999,895 contribution for Agile's UAV polarimetric ground-penetrating-radar project from November 15, 2024, through May 30, 2026.
IDEaS additional concept-development contribution
Oct 4, 2024
$1,999,750
Open Government records a CAD 1,999,750 C2EWS contribution to Agile Electromagnetics Inc. from October 4, 2024, through June 30, 2026.
IDEaS concept-development funding
$499,040
National Defence lists CAD 499,040 for Agile's initial nine-month C2EWS concept-development stage.
(opens in a new tab)
Released Defence need · Reviewed connectionEvidence strength: Moderate
EMSO command-and-control system may help teams working on Major-event and critical-infrastructure cyber defence by contributing to detection and situational awareness, resilient communications and command, and cyber and digital operations.
EMSO command-and-control system may help teams working on Sovereign defence capability areas by contributing to detection and situational awareness, autonomous and uncrewed systems, and cyber and digital operations.
The publicly described Electronic warfare and RF sensing offering may be relevant to monitoring or remote-operation use cases; this is a derived mapping for reviewer assessment.
Electronic warfare and RF sensing may help teams working on Sovereign defence capability areas by contributing to detection and situational awareness, autonomous and uncrewed systems, and aerospace operations.
UAV polarimetric ground-penetrating-radar concept may help teams working on Sovereign defence capability areas by contributing to detection and situational awareness, autonomous and uncrewed systems, and aerospace operations.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Agile Electromagnetics's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
Supports: Profile · description
The official company material describes Agile Electromagnetics as a Canadian technology business with the public offering summarized in this candidate.
True North Map derives this first-conversation question from the documented Agile Electromagnetics capability, current evidence and the decision gap that remains.
Supports: Profile · editorial profile version
Agile Electromagnetics has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
Supports: Profile · operating context
The official capability material supports the named Electronic warfare and RF sensing offering and the bounded operational description prepared for reviewer consideration.
Supports: Profile · canadian footprint
The official capability material supports the named Electronic warfare and RF sensing offering and the bounded operational description prepared for reviewer consideration.
The official public contact pathway for Agile Electromagnetics is https://www.agile-em.com/.
Supports: Hydra Multi-Function Antenna System · summary
The official capability material supports the named Electronic warfare and RF sensing offering and the bounded operational description prepared for reviewer consideration.
Supports: Hydra Multi-Function Antenna System → Sovereign defence capability areas
The official capability material supports the named Electronic warfare and RF sensing offering and the bounded operational description prepared for reviewer consideration.
Agile Electromagnetics Inc. records Agile Electromagnetics value as: Hydra counter-UAS, Artemis airborne electronic warfare, multi-function EMSO hardware, EMSO command software, C2EWS, UAV polarimetric ground-penetrating radar and RF, FPGA, edge-machine-learning and systems-integration services.
Supports: Profile · operating context
Agile Electromagnetics Inc. records Agile Electromagnetics value as: Agile combines named electronic-warfare and remote-sensing products with in-house RF and antenna design, board fabrication and test, FPGA and RFSoC software, edge machine learning and systems integration. Public sources do not disclose production capacity, cybersecurity architecture, exact host or command-and-control interfaces, qualification evidence or delivery history.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Agile Electromagnetics Inc. grounds this Agile Electromagnetics reviewer question leaf: Which NATO protocols, STANAGs, command-and-control interfaces, host-platform dependencies and cybersecurity controls are implemented and independently verified?
Supports: Profile · description
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Profile · operating context
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Profile · description
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Agile Electromagnetics Inc. grounds this Agile Electromagnetics reviewer question leaf: Company materials mention unspecified NATO protocols and networked metadata exchange, while public sources do not identify standards, APIs, accreditation, host interfaces or acceptance evidence.
Supports: Profile · operating context
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Profile · operating context
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: Profile · description
Agile Electromagnetics Inc. records Agile Electromagnetics value as: Agile Electromagnetics Inc. is an Ottawa-area Canadian defence-technology company developing software-defined electronic-warfare, counter-UAS and remote-sensing systems. Its public portfolio names Hydra, Artemis, multi-function EMSO hardware and command software, while government records document DND-funded concept development, Sandbox testing and a current Hydra R&D testing contract.
Supports: Profile · commercial status
Agile Electromagnetics Inc. records Agile Electromagnetics value as: Agile publicly markets Hydra, Artemis, multi-function EMSO and EMSO command-and-control products and accepts product and service inquiries. ISED lists Hydra as Matched in its Testing Stream. Public pricing, standard configurations, production capacity, delivery schedules, export terms and support arrangements are not disclosed.
Supports: Profile · description
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: Profile · description
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Supports: Profile · operating context
Agile describes Hydra with 32-element digital beamforming and a GaN front end, Artemis with eight elements for Group 1/2 drones, scalable multifunction EMSO and command software. NATO protocols are unspecified and product pages provide no configuration-level acceptance report.
Supports: Profile · operating context
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Artemis drone electronic-warfare payload · core features
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Supports: Artemis drone electronic-warfare payload · name
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Artemis drone electronic-warfare payload · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 0 as: Eight-element digital-beamforming array
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Agile Electromagnetics Inc. records Agile Electromagnetics commercial Availability as: Agile lists Artemis and accepts product enquiries; host-platform interfaces, numeric size-weight-power data, pricing, qualification and delivery terms are not public.
Supports: Artemis drone electronic-warfare payload · capability type
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Artemis drone electronic-warfare payload · capability type
Agile Electromagnetics Inc. records Agile Electromagnetics capability Type as: Airborne electronic-warfare payload
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Agile Electromagnetics Inc. records Agile Electromagnetics summary as: Agile describes Artemis as a compact drone-mounted electronic-warfare payload for Group 1 and 2 uncrewed aircraft, using an eight-element digital-beamforming array for electronic support and electronic attack.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Artemis drone electronic-warfare payload · capability type
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Supports: Artemis drone electronic-warfare payload · name
Agile Electromagnetics Inc. records Agile Electromagnetics name as: Artemis drone electronic-warfare payload
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Supports: Artemis drone electronic-warfare payload · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Artemis drone electronic-warfare payload · name
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Supports: Artemis drone electronic-warfare payload · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Artemis drone electronic-warfare payload · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 2 as: Onboard detection, classification and responsive jamming
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Supports: Artemis drone electronic-warfare payload · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 1 as: drone payload
Supports: Artemis drone electronic-warfare payload · core features
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Artemis drone electronic-warfare payload · core features
Artemis is a separate airborne Group 1/2 drone payload with eight-element beamforming. Supplier claims electronic support/attack, onboard detection/classification/responsive jamming and compact SWaP. No numerical size, weight, power, range or external test results. Hydra 32-element/GaN configuration cannot be copied to Artemis.
Supports: EMSO command-and-control system · summary
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · name
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · capability type
Agile Electromagnetics Inc. records Agile Electromagnetics capability Type as: Electromagnetic-spectrum command-and-control software
Supports: EMSO command-and-control system · capability type
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 0 as: EMSO situational awareness
Supports: EMSO command-and-control system · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · commercial availability
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · core features
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.1.
Supports: EMSO command-and-control system · defence applications
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · technicaldomainslugs
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 4 as: machine learning
Supports: EMSO command-and-control system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 1 as: EMSO
Supports: EMSO command-and-control system · technical tags
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technology readiness level
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · commercial availability
Agile Electromagnetics Inc. records Agile Electromagnetics commercial Availability as: Agile lists the EMSO command-and-control system and accepts enquiries; public sources do not disclose architecture, APIs, data models, security controls, tested platforms, pricing or delivery terms.
Supports: EMSO command-and-control system · technical tags
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · maturity
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technical tags
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · core features
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technicaldomainslugs
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · defence applications
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · defence applications
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · technical tags
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technicaldomainslugs
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 3 as: emitter localization
Supports: EMSO command-and-control system · technicaldomainslugs
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 1 as: Counter-UAS command and control
Supports: EMSO command-and-control system · maturity
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · summary
Agile Electromagnetics Inc. records Agile Electromagnetics summary as: Agile describes command software that fuses electromagnetic sensors and effectors, estimates emitter locations, allocates sensing and countermeasure resources and presents an EMSO and counter-UAS common operating picture.
Supports: EMSO command-and-control system · name
Agile Electromagnetics Inc. records Agile Electromagnetics name as: EMSO command-and-control system
Supports: EMSO command-and-control system · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · core features
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 0 as: Sensor and effector data fusion
Supports: EMSO command-and-control system · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 2 as: Sensor tasking and effector coordination
Supports: EMSO command-and-control system · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.0.
Supports: EMSO command-and-control system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · capability type
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 2 as: Sensing and countermeasure resource allocation
Supports: EMSO command-and-control system · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 3 as: Machine-learning-supported common operating picture
Supports: EMSO command-and-control system · core features
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 0 as: command and control
Supports: EMSO command-and-control system · summary
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 1 as: Emitter-location estimation
Supports: EMSO command-and-control system · technology readiness level
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technical tags
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · name
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: EMSO command-and-control system · commercial availability
Company describes fusion of sensor/effector data into a common operating picture, statistical emitter-location estimation, allocation of sensing/countermeasure resources, and machine-learning refinement. Claimed terabits-per-second raw RF processing is not an independently measured throughput guarantee. No APIs, formats, hosts, compatible models, timing or assurance evidence disclosed.
Supports: EMSO command-and-control system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 2 as: sensor fusion
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics summary as: Agile describes command software that fuses electromagnetic sensors and effectors, estimates emitter locations, allocates sensing and countermeasure resources and presents an EMSO and counter-UAS common operating picture.
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics commercial Availability as: Agile lists the EMSO command-and-control system and accepts enquiries; public sources do not disclose architecture, APIs, data models, security controls, tested platforms, pricing or delivery terms.
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics features 0 as: Sensor and effector data fusion
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 2 as: sensor fusion
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 0 as: command and control
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 4 as: machine learning
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics features 1 as: Emitter-location estimation
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 3 as: emitter localization
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics features 3 as: Machine-learning-supported common operating picture
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 1 as: EMSO
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.1.
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics applications 1 as: Counter-UAS command and control
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics features 2 as: Sensing and countermeasure resource allocation
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics name as: EMSO command-and-control system
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics capability Type as: Electromagnetic-spectrum command-and-control software
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics applications 0 as: EMSO situational awareness
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Agile Electromagnetics Inc. records Agile Electromagnetics applications 2 as: Sensor tasking and effector coordination
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.0.
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 0 as: command and control
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics name as: EMSO command-and-control system
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics applications 0 as: EMSO situational awareness
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 3 as: emitter localization
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics features 0 as: Sensor and effector data fusion
Supports: EMSO command-and-control system → Sovereign defence capability areas
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.0.
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics summary as: Agile describes command software that fuses electromagnetic sensors and effectors, estimates emitter locations, allocates sensing and countermeasure resources and presents an EMSO and counter-UAS common operating picture.
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics capability Type as: Electromagnetic-spectrum command-and-control software
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 4 as: machine learning
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics features 3 as: Machine-learning-supported common operating picture
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics features 1 as: Emitter-location estimation
Supports: EMSO command-and-control system → Sovereign defence capability areas
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.1.
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics features 2 as: Sensing and countermeasure resource allocation
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 2 as: sensor fusion
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics applications 1 as: Counter-UAS command and control
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics applications 2 as: Sensor tasking and effector coordination
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics commercial Availability as: Agile lists the EMSO command-and-control system and accepts enquiries; public sources do not disclose architecture, APIs, data models, security controls, tested platforms, pricing or delivery terms.
Supports: EMSO command-and-control system → Sovereign defence capability areas
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 1 as: EMSO
Supports: Hydra Multi-Function Antenna System · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · core features
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · commercial availability
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · capability type
Agile Electromagnetics Inc. records Agile Electromagnetics capability Type as: Software-defined electronic-warfare and counter-UAS system
Supports: Hydra Multi-Function Antenna System · technical tags
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · update child
Counter-UAS detection and defeat; Airborne electronic support and attack; Electromagnetic spectrum operations; Emitter geolocation and sensor-task allocation
Supports: Hydra Multi-Function Antenna System · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technical tags
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 0 as: Counter-UAS detection, classification and tracking
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · summary
Agile Electromagnetics Inc. records Agile Electromagnetics summary as: Agile describes Hydra as a 32-element software-defined digital-beamforming electronic-warfare system with a gallium-nitride RF front end, direction finding and embedded machine learning; government records place it in the Innovative Solutions Canada Testing Stream and the 2026 DND Counter-UAS Sandbox.
Supports: Hydra Multi-Function Antenna System · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 3 as: direction finding
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at after.technicalDomainSlugs.0.
Supports: Hydra Multi-Function Antenna System · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 1 as: Electronic-support and electronic-countermeasure testing
Supports: Hydra Multi-Function Antenna System · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 0 as: 32-element digital-beamforming antenna
Supports: Hydra Multi-Function Antenna System · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 5 as: embedded machine learning
Supports: Hydra Multi-Function Antenna System · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · name
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technical tags
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · commercial availability
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · capability type
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · update child
Software-defined electronic warfare and counter-UAS
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 4 as: Azimuth and elevation direction finding
Supports: Hydra Multi-Function Antenna System · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 4 as: GaN
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 3 as: Embedded machine learning for spectrum sensing, emitter classification and beam adaptation
Supports: Hydra Multi-Function Antenna System · summary
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · update child
Software-defined electronic warfare and counter-UAS systems
Supports: Hydra Multi-Function Antenna System · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · capability type
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technical tags
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · technical tags
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · core features
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · core features
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 0 as: electronic warfare
Supports: Hydra Multi-Function Antenna System · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 2 as: digital beamforming
Supports: Hydra Multi-Function Antenna System · update child
Canadian software-defined electromagnetic-operations portfolio spanning digital beamforming counter-UAS arrays, compact airborne electronic-support and attack payloads, embedded machine learning, and multi-sensor command-and-control fusion.
Supports: Hydra Multi-Function Antenna System · name
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · defence applications
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · core features
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · technical tags
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · technology readiness level
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · core features
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 1 as: counter-UAS
Supports: Hydra Multi-Function Antenna System · update child
Hydra 32-element digital beamforming array; Artemis eight-element Group 1 and 2 UAS payload; Embedded machine-learning detection and direction finding; VHF-through-millimetre-wave design approach; Emitter fusion and resource-allocation command software
Supports: Hydra Multi-Function Antenna System · commercial availability
Agile Electromagnetics Inc. records Agile Electromagnetics commercial Availability as: Agile publicly markets Hydra and accepts product enquiries; pricing, standard configuration, production capacity, delivery schedule and support terms are not disclosed.
Supports: Hydra Multi-Function Antenna System · summary
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · name
Agile Electromagnetics Inc. records Agile Electromagnetics name as: Hydra Multi-Function Antenna System
Supports: Hydra Multi-Function Antenna System · update child
electronic warfare; counter-UAS; digital beamforming; direction finding; GaN; EMSO
Supports: Hydra Multi-Function Antenna System · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 2 as: Networked threat-metadata sharing subject to interface verification
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at after.technicalDomainSlugs.2.
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · core features
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · defence applications
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System · technology readiness level
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at after.technicalDomainSlugs.1.
Supports: Hydra Multi-Function Antenna System · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 1 as: Gallium-nitride RF front end
Supports: Hydra Multi-Function Antenna System · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 2 as: Software-defined transceiver supporting company-described electronic-support and electronic-countermeasure functions
Supports: Hydra Multi-Function Antenna System · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System · defence applications
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at after.missionMatches.0.alignmentSummary.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at after.missionMatches.0.missionAreaSlug.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
Company describes Hydra 32-element digital beamforming with GaN RF front end, embedded machine learning, azimuth/elevation direction finding and sensing/classification/tracking of single drones or swarms. It claims NATO-protocol networking, metadata sharing and automated countermeasures without naming implemented protocol versions or test results.
Supports: Hydra Multi-Function Antenna System → Autonomous Patrol and Monitoring
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.0.
Supports: Multi-function EMSO system · commercial availability
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · summary
Agile Electromagnetics Inc. records Agile Electromagnetics summary as: Agile describes a configurable multi-function electromagnetic-spectrum-operations system using digital-beamforming arrays and a common aperture for cognitive radio, electronic support and electronic attack.
Supports: Multi-function EMSO system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · name
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 1 as: Electronic support
Supports: Multi-function EMSO system · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 2 as: Electronic attack
Supports: Multi-function EMSO system · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · capability type
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · summary
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · core features
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technicaldomainslugs
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technicaldomainslugs
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technical tags
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · commercial availability
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · core features
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · summary
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 3 as: Electronic-support and electronic-attack functions
Supports: Multi-function EMSO system · maturity
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 3 as: millimetre wave
Supports: Multi-function EMSO system · commercial availability
Agile Electromagnetics Inc. records Agile Electromagnetics commercial Availability as: Agile lists the multi-function EMSO system and accepts enquiries; band-specific configurations, output power, sensitivity, environmental qualification, price and delivery terms are not public.
Supports: Multi-function EMSO system · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 0 as: Configurable arrays from 8 to 32 digital-beamforming elements
Supports: Multi-function EMSO system · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 2 as: VHF
Supports: Multi-function EMSO system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 4 as: common aperture
Supports: Multi-function EMSO system · technicaldomainslugs
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technical tags
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 0 as: EMSO
Supports: Multi-function EMSO system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · core features
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.1.
Supports: Multi-function EMSO system · defence applications
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · defence applications
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · defence applications
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technical tags
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 1 as: Company-described VHF-through-millimetre-wave configuration range
Supports: Multi-function EMSO system · core features
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technical tags
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · defence applications
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 3 as: Cognitive-radio experimentation
Supports: Multi-function EMSO system · technology readiness level
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · technicaldomainslugs
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · core features
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technology readiness level
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 2 as: Common aperture for sensing and effecting
Supports: Multi-function EMSO system · capability type
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · maturity
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technical tags
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · capability type
Agile Electromagnetics Inc. records Agile Electromagnetics capability Type as: Configurable electromagnetic-spectrum-operations hardware
Supports: Multi-function EMSO system · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 0 as: Electromagnetic-spectrum sensing
Supports: Multi-function EMSO system · name
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technical tags
Hydra is described as a 32-element GaN digital-beamforming system with direction finding and embedded ML; Artemis is a separate eight-element payload for Group 1/2 drones. The configurable multi-function EMSO family spans 8–32 elements and company-described VHF-to-millimetre-wave configurations; this does not mean one unit covers the entire range. EMSO C2 fuses sensor/effector information, estimates emitter location, allocates resources and presents an ML-supported picture; no public API or independently tested architecture is disclosed.
Supports: Multi-function EMSO system · name
Agile Electromagnetics Inc. records Agile Electromagnetics name as: Multi-function EMSO system
Supports: Multi-function EMSO system · defence applications
Company describes a configurable family of 8–32-element beamforming hardware across VHF to millimetre-wave variants, common-aperture sensing, cognitive radio, electronic support and attack. The portfolio span is not the instantaneous bandwidth of one unit; exact configuration is required.
Supports: Multi-function EMSO system · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 1 as: digital beamforming
Canadian Defence Review carries the May 27, 2026 MIL-V launch announcement naming Agile as the counter-drone-systems contributor and Convergence Design Services as prime and integrator. It does not identify Hydra or Artemis as the integrated product or establish an operational vehicle order.
Supports: Profile · operating context
Canadian Defence Review carries the May 27, 2026 MIL-V launch announcement naming Agile as the counter-drone-systems contributor and Convergence Design Services as prime and integrator. It does not identify Hydra or Artemis as the integrated product or establish an operational vehicle order.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Canadian Defence Review carries the May 27, 2026 MIL-V launch announcement naming Agile as the counter-drone-systems contributor and Convergence Design Services as prime and integrator. It does not identify Hydra or Artemis as the integrated product or establish an operational vehicle order.
Canadian Defence Review carries the May 27, 2026 MIL-V launch announcement naming Agile as the counter-drone-systems contributor and Convergence Design Services as prime and integrator. It does not identify Hydra or Artemis as the integrated product or establish an operational vehicle order.
Canadian Defence Review carries the May 27, 2026 MIL-V launch announcement naming Agile as the counter-drone-systems contributor and Convergence Design Services as prime and integrator. It does not identify Hydra or Artemis as the integrated product or establish an operational vehicle order.
Canadian Defence Review carries the May 27, 2026 MIL-V launch announcement naming Agile as the counter-drone-systems contributor and Convergence Design Services as prime and integrator. It does not identify Hydra or Artemis as the integrated product or establish an operational vehicle order.
Canadian Defence Review carries the May 27, 2026 MIL-V launch announcement naming Agile as the counter-drone-systems contributor and Convergence Design Services as prime and integrator. It does not identify Hydra or Artemis as the integrated product or establish an operational vehicle order.
Supports: Profile · current activity
CanadaBuys records Agile Electromagnetics value as: On June 18, 2026, Canada awarded Agile Electromagnetics Inc. a CAD 2,621,146.87 research-and-development contract for the Hydra Multi-Function Antenna System through Innovative Solutions Canada's Testing Stream, with National Defence as buying organization and an end date of June 22, 2027. The record establishes funded testing, not operational adoption.
CanadaBuys grounds this Agile Electromagnetics reviewer question leaf: CanadaBuys establishes a current Hydra R&D testing contract and DND lists Hydra for the 2026 Sandbox, but neither source publishes a completed test report or configuration-level performance.
Supports: Profile · canadian footprint
CanadaBuys records Agile Electromagnetics value as: Agile identifies Ottawa as its location; Corporations Canada records an active federal corporation with a Kanata registered office, and the June 2026 CanadaBuys contract records a Kanata business address. No additional Canadian office or public facility-capacity figure was found.
Supports: Profile · defence posture
CanadaBuys records Agile Electromagnetics value as: National Defence records show funded C2EWS and UAV-borne ground-penetrating-radar concept work, a 2025 detection-only C2EWS Sandbox demonstration, selection of Hydra for the 2026 Sandbox and an active Hydra Testing Stream R&D contract. These are development and evaluation signals, not evidence of operational procurement, fielding, certification or endorsement.
Supports: Profile · operating context
Hydra ISC Testing Stream R&D contract awarded June 18, 2026 for CAD 2,621,146.87, expiry June 22, 2027, DND buyer/PSPC contracting authority. Competitive-open-bidding research/testing contract, not production adoption or completed test result.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The Hydra Multi-Function Antenna System R&D Testing Stream contract CW2456860 was awarded to Agile on June 18, 2026 for CAD 2,621,146.87, ending June 22, 2027; DND is buyer. This confirms funded testing, not operational adoption or a completed performance result.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Hydra ISC Testing Stream R&D contract awarded June 18, 2026 for CAD 2,621,146.87, expiry June 22, 2027, DND buyer/PSPC contracting authority. Competitive-open-bidding research/testing contract, not production adoption or completed test result.
Supports: Profile · operating context
The Hydra Multi-Function Antenna System R&D Testing Stream contract CW2456860 was awarded to Agile on June 18, 2026 for CAD 2,621,146.87, ending June 22, 2027; DND is buyer. This confirms funded testing, not operational adoption or a completed performance result.
CanadaBuys grounds this Agile Electromagnetics reviewer question leaf: Which Hydra configuration was contracted and selected for testing, and what range, accuracy, latency, environmental and acceptance results can be shared?
Supports: Profile · description
CanadaBuys records Agile Electromagnetics value as: Agile Electromagnetics Inc. is an Ottawa-area Canadian defence-technology company developing software-defined electronic-warfare, counter-UAS and remote-sensing systems. Its public portfolio names Hydra, Artemis, multi-function EMSO hardware and command software, while government records document DND-funded concept development, Sandbox testing and a current Hydra R&D testing contract.
Supports: Profile · current activity
The Hydra Multi-Function Antenna System R&D Testing Stream contract CW2456860 was awarded to Agile on June 18, 2026 for CAD 2,621,146.87, ending June 22, 2027; DND is buyer. This confirms funded testing, not operational adoption or a completed performance result.
Supports: Profile · current activity as of
CanadaBuys records Agile Electromagnetics value as: 2026-06-18
Supports: Hydra Multi-Function Antenna System · maturity
Hydra ISC Testing Stream R&D contract awarded June 18, 2026 for CAD 2,621,146.87, expiry June 22, 2027, DND buyer/PSPC contracting authority. Competitive-open-bidding research/testing contract, not production adoption or completed test result.
Supports: Hydra Multi-Function Antenna System · maturity
CanadaBuys records Agile Electromagnetics maturity as: ISED lists Hydra as Matched, CanadaBuys records a 2026-27 Testing Stream R&D contract and DND lists Hydra for its 2026 Counter-UAS Sandbox. No public test result or operational fielding was found.
Supports: Hydra Multi-Function Antenna System · summary
CanadaBuys records Agile Electromagnetics summary as: Agile describes Hydra as a 32-element software-defined digital-beamforming electronic-warfare system with a gallium-nitride RF front end, direction finding and embedded machine learning; government records place it in the Innovative Solutions Canada Testing Stream and the 2026 DND Counter-UAS Sandbox.
Supports: Hydra Multi-Function Antenna System · maturity
CanadaBuys records C$2,621,146.87 for Hydra testing R&D from June18,2026 to June22,2027; this is a test contract, not production fielding.
CanadaBuys records Agile Electromagnetics participation public Summary as: ISED lists Hydra as proposal T11-21665 with Matched status, and CanadaBuys records competitive R&D contract CW2456860 with National Defence as buyer for June 18, 2026, through June 22, 2027.
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records Agile Electromagnetics program website Url as: https://ised-isde.canada.ca/site/innovative-solutions-canada/en/testing-stream-government
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records Agile Electromagnetics program summary as: The Testing Stream connects eligible Canadian innovations with federal departments for bounded testing; Matched status alone means tentative test-plan development rather than completed testing.
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records Agile Electromagnetics program program Type as: Government innovation testing program
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records Agile Electromagnetics program name as: Innovative Solutions Canada Testing Stream
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records Agile Electromagnetics program operator Name as: Innovation, Science and Economic Development Canada
Agile offers in-house RF and antenna design, fabrication and test, FPGA/RFSoC integration, edge machine learning and multidisciplinary system development. These are offered engineering capabilities, without quantified facility output.
Supports: Profile · operating context
Agile offers in-house RF and antenna design, fabrication and test, FPGA/RFSoC integration, edge machine learning and multidisciplinary system development. These are offered engineering capabilities, without quantified facility output.
Supports: Profile · description
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: Profile · profileData.portfolioScope
Agile Electromagnetics Inc. records Agile Electromagnetics value as: Hydra counter-UAS, Artemis airborne electronic warfare, multi-function EMSO hardware, EMSO command software, C2EWS, UAV polarimetric ground-penetrating radar and RF, FPGA, edge-machine-learning and systems-integration services.
Supports: Profile · operating context
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: Profile · operating context
Agile Electromagnetics Inc. records Agile Electromagnetics value as: Agile combines named electronic-warfare and remote-sensing products with in-house RF and antenna design, board fabrication and test, FPGA and RFSoC software, edge machine learning and systems integration. Public sources do not disclose production capacity, cybersecurity architecture, exact host or command-and-control interfaces, qualification evidence or delivery history.
Supports: RF, FPGA and edge-sensing engineering services · core features
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · core features
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · capability type
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 0 as: RF engineering
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 1 as: Board fabrication, assembly and test
Supports: RF, FPGA and edge-sensing engineering services · commercial availability
Agile Electromagnetics Inc. records Agile Electromagnetics commercial Availability as: Agile accepts service enquiries; public sources do not state facility size, capacity, rates, lead times, certifications, controlled-goods scope or representative delivery outcomes.
Supports: RF, FPGA and edge-sensing engineering services · capability type
Agile Electromagnetics Inc. records Agile Electromagnetics capability Type as: Electronic-warfare and sensing engineering services
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 0 as: RF and antenna design using company-named HFSS, ORCAD and Altium tools
Supports: RF, FPGA and edge-sensing engineering services · core features
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 2 as: Edge sensing and classification
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 5 as: systems integration
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · core features
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 4 as: edge machine learning
Supports: RF, FPGA and edge-sensing engineering services · summary
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · commercial availability
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · name
Agile Electromagnetics Inc. records Agile Electromagnetics name as: RF, FPGA and edge-sensing engineering services
Supports: RF, FPGA and edge-sensing engineering services · maturity
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · capability type
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · commercial availability
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.3.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · maturity
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 3 as: Edge-machine-learning and signal-classification development
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 1 as: antenna design
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.1.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 0 as: RF subsystem prototyping
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 3 as: RFSoC
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.2.
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 2 as: FPGA, digital-signal-processing and RFSoC integration
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.0.
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · name
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile Electromagnetics Inc. records Agile Electromagnetics features 4 as: Multidisciplinary systems integration
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 1 as: Embedded signal-processing development
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · name
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · core features
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · defence applications
Agile Electromagnetics Inc. records Agile Electromagnetics applications 3 as: Electronic-system integration and test
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · core features
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Company offers in-house RF/antenna design, simulation, fabrication and testing using Ansys HFSS, ORCAD and Altium; analogue/digital PCB assembly/testing; GaN beamforming arrays; FPGA/RFSoC and embedded signal processing. It reports machine learning on FPGA fabric for edge inference. This is offered engineering scope, not proof of a particular product’s qualification or production capacity.
Supports: RF, FPGA and edge-sensing engineering services · summary
Agile Electromagnetics Inc. records Agile Electromagnetics summary as: Agile offers engineering services across RF and antenna design, simulation, fabrication and test; FPGA and RFSoC software; edge machine learning; and multidisciplinary systems development and integration.
Supports: RF, FPGA and edge-sensing engineering services · technical tags
Agile Electromagnetics Inc. records Agile Electromagnetics technical Tags 2 as: FPGA
Supports: RF, FPGA and edge-sensing engineering services · summary
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Supports: RF, FPGA and edge-sensing engineering services · technicaldomainslugs
Agile offers HFSS/ORCAD/Altium RF design, board fabrication/test, FPGA/RFSoC integration, edge ML and multidisciplinary system engineering.
Open Government Canada records Agile Electromagnetics value as: Hydra counter-UAS, Artemis airborne electronic warfare, multi-function EMSO hardware, EMSO command software, C2EWS, UAV polarimetric ground-penetrating radar and RF, FPGA, edge-machine-learning and systems-integration services.
Supports: Profile · defence posture
Open Government Canada records Agile Electromagnetics value as: National Defence records show funded C2EWS and UAV-borne ground-penetrating-radar concept work, a 2025 detection-only C2EWS Sandbox demonstration, selection of Hydra for the 2026 Sandbox and an active Hydra Testing Stream R&D contract. These are development and evaluation signals, not evidence of operational procurement, fielding, certification or endorsement.
Open Government Canada grounds this Agile Electromagnetics reviewer question leaf: What prototype, test result, platform integration and follow-on path emerged from the UAV polarimetric ground-penetrating-radar project after May 30, 2026?
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Open Government Canada grounds this True North Map assessment of Agile Electromagnetics: Agile matters to teams evaluating sovereign RF sensing and counter-UAS options because public records show a current Hydra federal R&D testing contract, a separate C2EWS funding and demonstration track, and a distinct UAV polarimetric ground-penetrating-radar project, while Artemis and EMSO extend the company-described portfolio into airborne and networked spectrum operations. The next conversation should verify configuration-level performance, exact command-and-control and host interfaces, qualification and controlled-goods requirements, production and delivery capacity, and what each test or funded project actually demonstrated without treating evaluation activity as operational adoption.
Open Government Canada grounds this Agile Electromagnetics reviewer question leaf: The DND contribution record establishes the project, value and agreement end date, but does not publish completion, exact readiness level, detection results, platform, integrator or field use.
Open Government Canada records Agile Electromagnetics maturity as: The DND contribution ran from November 15, 2024, through May 30, 2026, under an early-stage challenge spanning TRL 1-6; no Agile-specific completion, exact readiness level, test result, platform or field deployment is public.
Open Government Canada records Agile Electromagnetics summary as: A National Defence contribution record identifies Agile's unmanned-aerial-vehicle polarimetric ground-penetrating-radar concept for the IDEaS minefield-breaching challenge, with a CAD 999,895 agreement ending May 30, 2026.
Open Government Canada records Agile Electromagnetics applications 1 as: Airborne subsurface-detection studies
Supports: UAV polarimetric ground-penetrating-radar concept · name
Open Government Canada records Agile Electromagnetics name as: UAV polarimetric ground-penetrating-radar concept
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics technical Tags 4 as: remote sensing
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics features 0 as: Unmanned-aerial-vehicle carriage concept
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics name as: UAV polarimetric ground-penetrating-radar concept
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics features 2 as: IDEaS concept-development scope
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics applications 1 as: Airborne subsurface-detection studies
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics features 1 as: Polarimetric ground-penetrating radar
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics capability Type as: Airborne polarimetric ground-penetrating-radar concept
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics technical Tags 1 as: polarimetry
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics technical Tags 0 as: ground-penetrating radar
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.0.
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics technical Tags 2 as: UAV
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.1.
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics summary as: A National Defence contribution record identifies Agile's unmanned-aerial-vehicle polarimetric ground-penetrating-radar concept for the IDEaS minefield-breaching challenge, with a CAD 999,895 agreement ending May 30, 2026.
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics maturity as: The DND contribution ran from November 15, 2024, through May 30, 2026, under an early-stage challenge spanning TRL 1-6; no Agile-specific completion, exact readiness level, test result, platform or field deployment is public.
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics technical Tags 3 as: mine detection
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Open Government Canada records Agile Electromagnetics applications 0 as: Minefield-breaching research
Open Government Canada records Agile Electromagnetics disclosed Summary as: Open Government records a CAD 999,895 contribution for Agile's UAV polarimetric ground-penetrating-radar project from November 15, 2024, through May 30, 2026.
Agile Electromagnetics Inc. records Agile Electromagnetics public Phone as: (343) 777-8606
Supports: Profile · canadian footprint
Agile Electromagnetics Inc. records Agile Electromagnetics value as: Agile identifies Ottawa as its location; Corporations Canada records an active federal corporation with a Kanata registered office, and the June 2026 CanadaBuys contract records a Kanata business address. No additional Canadian office or public facility-capacity figure was found.
DND lists Hydra Cognitive Electronic Warfare System for the 2026 Sandbox. Roster supports selection/participation status, not a completed result. Programme desired interfaces JREAP-C, VMF, CoT and SAPIENT and test scenarios are not Hydra implementation or range specifications; no actual Hydra outcome/date established.
Supports: Profile · defence posture
Department of National Defence records Agile Electromagnetics value as: National Defence records show funded C2EWS and UAV-borne ground-penetrating-radar concept work, a 2025 detection-only C2EWS Sandbox demonstration, selection of Hydra for the 2026 Sandbox and an active Hydra Testing Stream R&D contract. These are development and evaluation signals, not evidence of operational procurement, fielding, certification or endorsement.
Supports: Profile · operating context
National Defence lists Agile and Hydra Cognitive Electronic Warfare System among 2026 Sandbox participating innovators. The page prioritizes external command-and-control integration; its listing does not publish an Agile-specific result, acceptance or operational order.
Supports: Hydra Multi-Function Antenna System · maturity
DND lists Hydra Cognitive Electronic Warfare System for the 2026 Sandbox. Roster supports selection/participation status, not a completed result. Programme desired interfaces JREAP-C, VMF, CoT and SAPIENT and test scenarios are not Hydra implementation or range specifications; no actual Hydra outcome/date established.
Supports: Hydra Multi-Function Antenna System · maturity
Department of National Defence records Agile Electromagnetics maturity as: ISED lists Hydra as Matched, CanadaBuys records a 2026-27 Testing Stream R&D contract and DND lists Hydra for its 2026 Counter-UAS Sandbox. No public test result or operational fielding was found.
Department of National Defence records Agile Electromagnetics participation public Summary as: National Defence lists Agile and Hydra Cognitive Electronic Warfare System among participating innovators; the listing does not establish completed attendance, a result, prize outcome or operational adoption.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
Department of National Defence records Agile Electromagnetics program website Url as: https://www.canada.ca/en/department-national-defence/programs/defence-ideas/element/sandboxes/challenge/counter-uncrewed-aerial-systems-sandbox-2026.html
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
Department of National Defence records Agile Electromagnetics program summary as: The 2026 Counter-UAS Sandbox lists selected innovators and their proposed systems for government-supported testing and evaluation.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
National Defence lists North Vector Dynamics, teamed with CMP, as a 2026 Counter-UAS Sandbox participant with SHIELD – Scalable Air Defence, described as a scalable kinetic interceptor system. The listing establishes programme selection, not performance results, prizes or operational adoption.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
National Defence lists North Vector Dynamics, teamed with CMP, as a 2026 Counter-UAS Sandbox participant with SHIELD – Scalable Air Defence, described as a scalable kinetic interceptor system. The listing establishes programme selection, not performance results, prizes or operational adoption.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
DND lists AIM Defence from Canada with Fractl C-UAS High Power Laser as a selected participant for the September 14 to October 9, 2026 Sandbox.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
Department of National Defence records Agile Electromagnetics program name as: IDEaS Counter-UAS Sandbox 2026
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
Department of National Defence records Agile Electromagnetics program operator Name as: Department of National Defence
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
National Defence lists North Vector Dynamics, teamed with CMP, as a 2026 Counter-UAS Sandbox participant with SHIELD – Scalable Air Defence, described as a scalable kinetic interceptor system. The listing establishes programme selection, not performance results, prizes or operational adoption.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
DND lists AIM Defence from Canada with Fractl C-UAS High Power Laser as a selected participant for the September 14 to October 9, 2026 Sandbox.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
National Defence lists North Vector Dynamics, teamed with CMP, as a 2026 Counter-UAS Sandbox participant with SHIELD – Scalable Air Defence, described as a scalable kinetic interceptor system. The listing establishes programme selection, not performance results, prizes or operational adoption.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
Derived program type: defence innovation test event.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
DND lists AIM Defence from Canada with Fractl C-UAS High Power Laser as a selected participant for the September 14 to October 9, 2026 Sandbox.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
DND lists AIM Defence from Canada with Fractl C-UAS High Power Laser as a selected participant for the September 14 to October 9, 2026 Sandbox.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
Department of National Defence records Agile Electromagnetics program program Type as: Defence innovation test event
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
National Defence lists North Vector Dynamics, teamed with CMP, as a 2026 Counter-UAS Sandbox participant with SHIELD – Scalable Air Defence, described as a scalable kinetic interceptor system. The listing establishes programme selection, not performance results, prizes or operational adoption.
Supports: IDEaS Counter-UAS Sandbox 2026 · canonical program
National Defence lists North Vector Dynamics, teamed with CMP, as a 2026 Counter-UAS Sandbox participant with SHIELD – Scalable Air Defence, described as a scalable kinetic interceptor system. The listing establishes programme selection, not performance results, prizes or operational adoption.
Innovation, Science and Economic Development Canada grounds this Agile Electromagnetics reviewer question leaf: Which Hydra, Artemis and EMSO configurations are orderable now, at what production rate and lead time, with which support, export and controlled-goods requirements?
Innovation, Science and Economic Development Canada grounds this Agile Electromagnetics reviewer question leaf: Agile accepts product inquiries and ISED lists Hydra in the Testing Stream, but public pricing, standard configurations, production capacity, delivery schedules and qualification evidence are absent.
Supports: Profile · commercial status
Innovation, Science and Economic Development Canada records Agile Electromagnetics value as: Agile publicly markets Hydra, Artemis, multi-function EMSO and EMSO command-and-control products and accepts product and service inquiries. ISED lists Hydra as Matched in its Testing Stream. Public pricing, standard configurations, production capacity, delivery schedules, export terms and support arrangements are not disclosed.
Supports: Hydra Multi-Function Antenna System · maturity
Innovation, Science and Economic Development Canada records Agile Electromagnetics maturity as: ISED lists Hydra as Matched, CanadaBuys records a 2026-27 Testing Stream R&D contract and DND lists Hydra for its 2026 Counter-UAS Sandbox. No public test result or operational fielding was found.
Supports: Hydra Multi-Function Antenna System · summary
Innovation, Science and Economic Development Canada records Agile Electromagnetics summary as: Agile describes Hydra as a 32-element software-defined digital-beamforming electronic-warfare system with a gallium-nitride RF front end, direction finding and embedded machine learning; government records place it in the Innovative Solutions Canada Testing Stream and the 2026 DND Counter-UAS Sandbox.
Innovation, Science and Economic Development Canada records Agile Electromagnetics participation public Summary as: ISED lists Hydra as proposal T11-21665 with Matched status, and CanadaBuys records competitive R&D contract CW2456860 with National Defence as buyer for June 18, 2026, through June 22, 2027.
Innovation, Science and Economic Development Canada records Agile Electromagnetics participation participation Type as: Matched supplier and R&D contractor
Innovation, Science and Economic Development Canada records Agile Electromagnetics participation announced On as: 2026-06-18
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovation, Science and Economic Development Canada records Agile Electromagnetics program operator Name as: Innovation, Science and Economic Development Canada
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovation, Science and Economic Development Canada records Agile Electromagnetics program program Type as: Government innovation testing program
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovation, Science and Economic Development Canada records Agile Electromagnetics program summary as: The Testing Stream connects eligible Canadian innovations with federal departments for bounded testing; Matched status alone means tentative test-plan development rather than completed testing.
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovative Solutions Canada testing stream supports the Dream Photonics add isc testing program proposal at value.program.websiteUrl: https://ised-isde.canada.ca/site/innovative-solutions-canada/en/testing-stream-government
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovative Solutions Canada testing stream supports the Dream Photonics add isc testing program proposal at value.program.summary: The Testing Stream connects eligible Canadian innovations with federal departments for bounded testing; Matched status alone means tentative test-plan development rather than completed testing.
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovation, Science and Economic Development Canada records Agile Electromagnetics program website Url as: https://ised-isde.canada.ca/site/innovative-solutions-canada/en/testing-stream-government
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovative Solutions Canada testing stream supports the Dream Photonics add isc testing program proposal at value.program.operatorName: Innovation, Science and Economic Development Canada
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovative Solutions Canada testing stream supports the Dream Photonics add isc testing program proposal at value.program.name: Innovative Solutions Canada Testing Stream
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovation, Science and Economic Development Canada records Agile Electromagnetics program name as: Innovative Solutions Canada Testing Stream
Supports: Innovative Solutions Canada Testing Stream · canonical program
Innovative Solutions Canada testing stream supports the Dream Photonics add isc testing program proposal at value.program.programType: Government innovation testing program
Department of National Defence records Agile Electromagnetics value as: Agile Electromagnetics Inc. is an Ottawa-area Canadian defence-technology company developing software-defined electronic-warfare, counter-UAS and remote-sensing systems. Its public portfolio names Hydra, Artemis, multi-function EMSO hardware and command software, while government records document DND-funded concept development, Sandbox testing and a current Hydra R&D testing contract.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
National Defence grounds this True North Map assessment of Agile Electromagnetics: Agile matters to teams evaluating sovereign RF sensing and counter-UAS options because public records show a current Hydra federal R&D testing contract, a separate C2EWS funding and demonstration track, and a distinct UAV polarimetric ground-penetrating-radar project, while Artemis and EMSO extend the company-described portfolio into airborne and networked spectrum operations. The next conversation should verify configuration-level performance, exact command-and-control and host interfaces, qualification and controlled-goods requirements, production and delivery capacity, and what each test or funded project actually demonstrated without treating evaluation activity as operational adoption.
Supports: Profile · defence posture
Department of National Defence records Agile Electromagnetics value as: National Defence records show funded C2EWS and UAV-borne ground-penetrating-radar concept work, a 2025 detection-only C2EWS Sandbox demonstration, selection of Hydra for the 2026 Sandbox and an active Hydra Testing Stream R&D contract. These are development and evaluation signals, not evidence of operational procurement, fielding, certification or endorsement.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
Department of National Defence records Agile Electromagnetics technical Tags 3 as: urban sensing
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · maturity
Department of National Defence records Agile Electromagnetics maturity as: National Defence funded a nine-month first stage and a further 15-month stage and records a 2025 detection-only Sandbox demonstration. No system-specific public performance result or operational fielding was found.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.2.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · name
Department of National Defence records Agile Electromagnetics name as: C-UAS Cognitive Electronic Warfare System (C2EWS)
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · defence applications
Department of National Defence records Agile Electromagnetics applications 0 as: Counter-UAS detection research and urban test-event evaluation
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · core features
Department of National Defence records Agile Electromagnetics features 0 as: Cognitive electronic-warfare counter-UAS concept
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · summary
Department of National Defence records Agile Electromagnetics summary as: National Defence records C2EWS as Agile's separately named counter-UAS cognitive electronic-warfare concept, funded in two development stages and demonstrated at the 2025 urban Counter-UAS Sandbox.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · core features
Department of National Defence records Agile Electromagnetics features 1 as: Detection-only demonstration record at the 2025 urban Counter-UAS Sandbox
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
Department of National Defence records Agile Electromagnetics technical Tags 0 as: counter-UAS
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.0.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.1.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · capability type
Department of National Defence records Agile Electromagnetics capability Type as: Counter-UAS cognitive electronic-warfare concept
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
Department of National Defence records Agile Electromagnetics technical Tags 1 as: electronic warfare
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
Department of National Defence records Agile Electromagnetics technical Tags 2 as: cognitive systems
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics maturity as: National Defence funded a nine-month first stage and a further 15-month stage and records a 2025 detection-only Sandbox demonstration. No system-specific public performance result or operational fielding was found.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics capability Type as: Counter-UAS cognitive electronic-warfare concept
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics technical Tags 3 as: urban sensing
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics name as: C-UAS Cognitive Electronic Warfare System (C2EWS)
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics technical Tags 1 as: electronic warfare
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics technical Tags 0 as: counter-UAS
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics features 1 as: Detection-only demonstration record at the 2025 urban Counter-UAS Sandbox
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.1.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics technical Tags 2 as: cognitive systems
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.0.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics applications 0 as: Counter-UAS detection research and urban test-event evaluation
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
True North Map derives this Agile Electromagnetics taxonomy or Mission Area leaf from the cited capability premise at value.technicalDomainSlugs.2.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics features 0 as: Cognitive electronic-warfare counter-UAS concept
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics summary as: National Defence records C2EWS as Agile's separately named counter-UAS cognitive electronic-warfare concept, funded in two development stages and demonstrated at the 2025 urban Counter-UAS Sandbox.
Supports: IDEaS Counter-UAS Concept Development · organization participation
Department of National Defence records Agile Electromagnetics participation ended On as: 2026-06-30
Supports: IDEaS Counter-UAS Concept Development · organization participation
Department of National Defence records Agile Electromagnetics participation external Identifiers 0 kind as: project
Supports: IDEaS Counter-UAS Concept Development · organization participation
Department of National Defence records Agile Electromagnetics participation public Summary as: Agile's C2EWS received CAD 499,040 for a nine-month first stage and CAD 1,999,750 for a further 15 months; the public contribution record runs from October 4, 2024, through June 30, 2026.
Supports: IDEaS Counter-UAS Concept Development · organization participation
Department of National Defence records Agile Electromagnetics participation participation Type as: Funded innovator
Supports: IDEaS Counter-UAS Concept Development · organization participation
Department of National Defence records Agile Electromagnetics participation cohort Label as: C-UAS Cognitive Electronic Warfare System
Supports: IDEaS Counter-UAS Concept Development · organization participation
Department of National Defence records Agile Electromagnetics participation started On as: 2024-10-04
Supports: IDEaS Counter-UAS Concept Development · organization participation
Department of National Defence records Agile Electromagnetics participation lifecycle Stage as: funded
Supports: IDEaS Counter-UAS Concept Development · organization participation
Department of National Defence records Agile Electromagnetics participation external Identifiers 0 value as: 018-2024-2025-Q3-CD3-001
Supports: IDEaS Counter-UAS Concept Development · canonical program
Department of National Defence records Agile Electromagnetics program name as: IDEaS Counter-UAS Concept Development
Supports: IDEaS Counter-UAS Concept Development · canonical program
Department of National Defence records Agile Electromagnetics program summary as: The IDEaS challenge funded counter-UAS concept development and an additional development stage before possible testing, without committing to operational procurement.
Supports: IDEaS Counter-UAS Concept Development · canonical program
Department of National Defence records Agile Electromagnetics program program Type as: Defence innovation concept development
Supports: IDEaS Counter-UAS Concept Development · canonical program
Department of National Defence records Agile Electromagnetics program website Url as: https://www.canada.ca/en/department-national-defence/programs/defence-ideas/element/sandboxes/challenge/counter-uncrewed-aerial-systems-concept-development.html
Supports: IDEaS Counter-UAS Concept Development · canonical program
Department of National Defence records Agile Electromagnetics program operator Name as: Department of National Defence
Department of National Defence records Agile Electromagnetics disclosed Summary as: National Defence lists CAD 499,040 for Agile's initial nine-month C2EWS concept-development stage.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Profile · operating context
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Profile · current activity as of
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Profile · current activity
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records Agile Electromagnetics supply arrangement CW2464862, solicitation WS5802684496, awarded August 24, 2026, with duration August 26, 2026 to July 31, 2031. The nominal CAD 1 record provides access to a prequalified defence-drone supplier pool, not an order or revenue. It identifies 95 Constance Lake Road, Kanata, and reports 15 employees; the earlier Hydra record reports one, so a headcount trend is not established.
Corporations Canada lists Agile Electromagnetics Inc., corporation 1316402-1, with a certificate of incorporation dated July 7, 2021 and current status Active.
Supports: Profile · canadian footprint
Corporations Canada records Agile Electromagnetics value as: Agile identifies Ottawa as its location; Corporations Canada records an active federal corporation with a Kanata registered office, and the June 2026 CanadaBuys contract records a Kanata business address. No additional Canadian office or public facility-capacity figure was found.
Supports: Profile · ownership
Corporations Canada records Agile Electromagnetics value as: Corporations Canada records Agile Electromagnetics Inc. as active federal corporation 1316402-1, incorporated July 7, 2021, and identifies Kyle Davidson as the sole listed individual with significant control, holding more than 75% of shares directly and individually as last confirmed July 8, 2026. The remaining minority ownership is not disclosed.
National Defence lists CAD 499,040 for Agile initial nine-month C2EWS concept development and CAD 1,999,750 for a further fifteen-month stage. These are distinct stage awards, not equity funding or production purchases.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · maturity
National Defence lists CAD 499,040 for Agile initial nine-month C2EWS concept development and CAD 1,999,750 for a further fifteen-month stage. These are distinct stage awards, not equity funding or production purchases.
National Defence records a CAD 999,895 UAV polarimetric ground-penetrating-radar contribution, November 15, 2024 to May 30, 2026, for minefield-breaching concept development. The record does not establish an achieved company-specific TRL or completion result.
Supports: Profile · operating context
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
Supports: UAV polarimetric ground-penetrating-radar concept · capability type
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
Supports: UAV polarimetric ground-penetrating-radar concept · core features
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
Supports: UAV polarimetric ground-penetrating-radar concept · name
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
Supports: UAV polarimetric ground-penetrating-radar concept · core features
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
Supports: UAV polarimetric ground-penetrating-radar concept · core features
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
Supports: UAV polarimetric ground-penetrating-radar concept · core features
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
Supports: UAV polarimetric ground-penetrating-radar concept · core features
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
Supports: UAV polarimetric ground-penetrating-radar concept · core features
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
Supports: UAV polarimetric ground-penetrating-radar concept · capability type
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
National Defence records C$999,895 for the UAV polarimetric GPR concept, November 15, 2024 to May 30, 2026. The challenge's TRL 1–6 range is not an exact assigned readiness level for this product.
Supports: UAV polarimetric ground-penetrating-radar concept · name
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
DND contribution CAD 999,895, November 15, 2024 to May 30, 2026, for UAV polarimetric GPR concept to aid minefield breaching. No published prototype outcome, aircraft, frequency, altitude, accuracy or operational use. General challenge TRL1–6 does not assign an exact project TRL.
Agile Electromagnetics Inc. identifies Ottawa as its location and Kyle Davidson as founder, President and CTO. Public contact is info@agile-em.com and (343) 777-8606. Team biographies describe prior military, academic and industry experience, not company contract awards.
Supports: Profile · description
Agile Electromagnetics Inc. identifies Ottawa as its location and Kyle Davidson as founder, President and CTO. Public contact is info@agile-em.com and (343) 777-8606. Team biographies describe prior military, academic and industry experience, not company contract awards.
National Defence records a CAD 1,999,750 contribution for Agile C-UAS cognitive EW concept development, October 4, 2024 to June 30, 2026; an August 14, 2025 amendment changed implementation wording. An agreement amount is not an aggregate cash-payment figure.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · maturity
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · core features
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · name
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · summary
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · maturity
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion. National Defence records a CAD 1,999,750 contribution for Agile C-UAS cognitive EW concept development, October 4, 2024 to June 30, 2026; an August 14, 2025 amendment changed implementation wording. An agreement amount is not an aggregate cash-payment figure.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · commercial availability
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · defence applications
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · capability type
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · core features
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
The amended C2EWS contribution records C$1,999,750 for October 4, 2024 to June 30, 2026, amended August 14, 2025; agreement expiry does not establish successful completion.
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: Profile · defence posture
Department of National Defence records Agile Electromagnetics value as: National Defence records show funded C2EWS and UAV-borne ground-penetrating-radar concept work, a 2025 detection-only C2EWS Sandbox demonstration, selection of Hydra for the 2026 Sandbox and an active Hydra Testing Stream R&D contract. These are development and evaluation signals, not evidence of operational procurement, fielding, certification or endorsement.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · core features
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · maturity
DND records Agile C2EWS at the2025 urban Counter-UAS Sandbox in a detection-only demonstration; selection and participation do not establish validated defeat performance.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · name
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · core features
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technical tags
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · maturity
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · commercial availability
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · maturity
Department of National Defence records Agile Electromagnetics maturity as: National Defence funded a nine-month first stage and a further 15-month stage and records a 2025 detection-only Sandbox demonstration. No system-specific public performance result or operational fielding was found.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · technicaldomainslugs
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · defence applications
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · summary
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) · capability type
DND identifies Agile C2EWS in the November 24–28, 2025 Urban Sandbox, in which innovators demonstrated/tested detection. The event prohibited defeat mechanisms. Submitted product description includes detect/classify/track/defeat but defeat and claimed swarm capacity were not validated by the detect-only event.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Department of National Defence records Agile Electromagnetics maturity as: National Defence funded a nine-month first stage and a further 15-month stage and records a 2025 detection-only Sandbox demonstration. No system-specific public performance result or operational fielding was found.
Department of National Defence records Agile Electromagnetics participation public Summary as: National Defence records Agile as demonstrating and testing C2EWS during the November 24-28, 2025 detection-only event; no Agile-specific performance result is published.
Department of National Defence records Agile Electromagnetics participation lifecycle Stage as: completed
Supports: IDEaS Counter-UAS Sandbox 2025 · canonical program
Department of National Defence records Agile Electromagnetics program name as: IDEaS Counter-UAS Sandbox 2025
Supports: IDEaS Counter-UAS Sandbox 2025 · canonical program
Department of National Defence records Agile Electromagnetics program summary as: The 2025 urban Counter-UAS Sandbox evaluated detection technologies in Ottawa and prohibited neutralization activity during the event.
Supports: IDEaS Counter-UAS Sandbox 2025 · canonical program
Department of National Defence records Agile Electromagnetics program operator Name as: Department of National Defence
Supports: IDEaS Counter-UAS Sandbox 2025 · canonical program
Department of National Defence records Agile Electromagnetics program website Url as: https://www.canada.ca/en/department-national-defence/programs/defence-ideas/element/sandboxes/challenge/counter-uncrewed-aerial-systems-sandbox-2025.html
Supports: IDEaS Counter-UAS Sandbox 2025 · canonical program
Department of National Defence records Agile Electromagnetics program program Type as: Defence innovation test event
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Canada needs secure strategic autonomy and reliable access to capabilities that are critical to defending its sovereignty and meeting allied commitments, while reducing exposure to foreign supply-chain and intellectual-property dependencies.
Supports: C-UAS Cognitive Electronic Warfare System (C2EWS) → Sovereign defence capability areas
Reviewer synthesis of the public end state: Canada can build, sustain or control priority aerospace, ammunition, digital, in-service support, sensor, space, specialized manufacturing, training and uncrewed capabilities through domestic strength, trusted partnerships and sovereign access.
Supports: EMSO command-and-control system → Sovereign defence capability areas
Reviewer synthesis of the public end state: Canada can build, sustain or control priority aerospace, ammunition, digital, in-service support, sensor, space, specialized manufacturing, training and uncrewed capabilities through domestic strength, trusted partnerships and sovereign access.
Supports: EMSO command-and-control system → Sovereign defence capability areas
Canada needs secure strategic autonomy and reliable access to capabilities that are critical to defending its sovereignty and meeting allied commitments, while reducing exposure to foreign supply-chain and intellectual-property dependencies.
Supports: Hydra Multi-Function Antenna System → Sovereign defence capability areas
Canada needs secure strategic autonomy and reliable access to capabilities that are critical to defending its sovereignty and meeting allied commitments, while reducing exposure to foreign supply-chain and intellectual-property dependencies.
Supports: Hydra Multi-Function Antenna System → Sovereign defence capability areas
Reviewer synthesis of the public end state: Canada can build, sustain or control priority aerospace, ammunition, digital, in-service support, sensor, space, specialized manufacturing, training and uncrewed capabilities through domestic strength, trusted partnerships and sovereign access.
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Canada needs secure strategic autonomy and reliable access to capabilities that are critical to defending its sovereignty and meeting allied commitments, while reducing exposure to foreign supply-chain and intellectual-property dependencies.
Supports: UAV polarimetric ground-penetrating-radar concept → Sovereign defence capability areas
Reviewer synthesis of the public end state: Canada can build, sustain or control priority aerospace, ammunition, digital, in-service support, sensor, space, specialized manufacturing, training and uncrewed capabilities through domestic strength, trusted partnerships and sovereign access.
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
Reviewer synthesis of the public end state in the cited material: Event partners should be able to prepare for, detect and respond to cyber incidents through integrated threat intelligence, technical support, exercises and operational coordination before and during major events.
Supports: EMSO command-and-control system → Major-event and critical-infrastructure cyber defence
High-profile events and their host organizations create concentrated cyber-risk and require coordinated planning, monitoring, incident response, exercises and secure information sharing across federal, provincial, municipal and private partners.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys names FireSwarm Solutions Inc. as holder of DDI Marketplace supply arrangement CW2464918, SA 033, under solicitation WS5802684496, awarded August 24, 2026. The term is August 26, 2026 to July 31, 2031. The instrument is a supply arrangement with a C$1 nominal value establishing access to a prequalified supplier pool, not evidence of an equipment purchase, task order or revenue. The award page does not identify FireSwarm's qualified streams. The contact tab identifies PSPC as contracting organization and DND as buying organization.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys names FireSwarm Solutions Inc. as holder of DDI Marketplace supply arrangement CW2464918, SA 033, under solicitation WS5802684496, awarded August 24, 2026. The term is August 26, 2026 to July 31, 2031. The instrument is a supply arrangement with a C$1 nominal value establishing access to a prequalified supplier pool, not evidence of an equipment purchase, task order or revenue. The award page does not identify FireSwarm's qualified streams. The contact tab identifies PSPC as contracting organization and DND as buying organization.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys names FireSwarm Solutions Inc. as holder of DDI Marketplace supply arrangement CW2464918, SA 033, under solicitation WS5802684496, awarded August 24, 2026. The term is August 26, 2026 to July 31, 2031. The instrument is a supply arrangement with a C$1 nominal value establishing access to a prequalified supplier pool, not evidence of an equipment purchase, task order or revenue. The award page does not identify FireSwarm's qualified streams. The contact tab identifies PSPC as contracting organization and DND as buying organization.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys names FireSwarm Solutions Inc. as holder of DDI Marketplace supply arrangement CW2464918, SA 033, under solicitation WS5802684496, awarded August 24, 2026. The term is August 26, 2026 to July 31, 2031. The instrument is a supply arrangement with a C$1 nominal value establishing access to a prequalified supplier pool, not evidence of an equipment purchase, task order or revenue. The award page does not identify FireSwarm's qualified streams. The contact tab identifies PSPC as contracting organization and DND as buying organization.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys names FireSwarm Solutions Inc. as holder of DDI Marketplace supply arrangement CW2464918, SA 033, under solicitation WS5802684496, awarded August 24, 2026. The term is August 26, 2026 to July 31, 2031. The instrument is a supply arrangement with a C$1 nominal value establishing access to a prequalified supplier pool, not evidence of an equipment purchase, task order or revenue. The award page does not identify FireSwarm's qualified streams. The contact tab identifies PSPC as contracting organization and DND as buying organization.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys names FireSwarm Solutions Inc. as holder of DDI Marketplace supply arrangement CW2464918, SA 033, under solicitation WS5802684496, awarded August 24, 2026. The term is August 26, 2026 to July 31, 2031. The instrument is a supply arrangement with a C$1 nominal value establishing access to a prequalified supplier pool, not evidence of an equipment purchase, task order or revenue. The award page does not identify FireSwarm's qualified streams. The contact tab identifies PSPC as contracting organization and DND as buying organization.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys identifies Canadian UAVs Inc. as holder of DDI Marketplace supply arrangement CW2464890, awarded August 20, 2026 and expiring July 31, 2031. The recorded CAD 1 nominal value and supplier-pool instrument establish procurement access, not a task order, revenue or delivery. The record lists 25 employees, a record-specific count rather than audited current headcount. The original body gives the arrangement period as August 26, 2026 to July 31, 2031, separately from the August 20 award date.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys identifies Canadian UAVs Inc. as holder of DDI Marketplace supply arrangement CW2464890, awarded August 20, 2026 and expiring July 31, 2031. The recorded CAD 1 nominal value and supplier-pool instrument establish procurement access, not a task order, revenue or delivery. The record lists 25 employees, a record-specific count rather than audited current headcount. The original body gives the arrangement period as August 26, 2026 to July 31, 2031, separately from the August 20 award date.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys identifies Canadian UAVs Inc. as holder of DDI Marketplace supply arrangement CW2464890, awarded August 20, 2026 and expiring July 31, 2031. The recorded CAD 1 nominal value and supplier-pool instrument establish procurement access, not a task order, revenue or delivery. The record lists 25 employees, a record-specific count rather than audited current headcount. The original body gives the arrangement period as August 26, 2026 to July 31, 2031, separately from the August 20 award date.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys identifies Canadian UAVs Inc. as holder of DDI Marketplace supply arrangement CW2464890, awarded August 20, 2026 and expiring July 31, 2031. The recorded CAD 1 nominal value and supplier-pool instrument establish procurement access, not a task order, revenue or delivery. The record lists 25 employees, a record-specific count rather than audited current headcount. The original body gives the arrangement period as August 26, 2026 to July 31, 2031, separately from the August 20 award date.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys identifies Canadian UAVs Inc. as holder of DDI Marketplace supply arrangement CW2464890, awarded August 20, 2026 and expiring July 31, 2031. The recorded CAD 1 nominal value and supplier-pool instrument establish procurement access, not a task order, revenue or delivery. The record lists 25 employees, a record-specific count rather than audited current headcount. The original body gives the arrangement period as August 26, 2026 to July 31, 2031, separately from the August 20 award date.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys identifies Canadian UAVs Inc. as holder of DDI Marketplace supply arrangement CW2464890, awarded August 20, 2026 and expiring July 31, 2031. The recorded CAD 1 nominal value and supplier-pool instrument establish procurement access, not a task order, revenue or delivery. The record lists 25 employees, a record-specific count rather than audited current headcount. The original body gives the arrangement period as August 26, 2026 to July 31, 2031, separately from the August 20 award date.
Derived from Public Services and Procurement Canada: CanadaBuys identifies Resolute Innovations Inc. as the recipient of DDI Marketplace supply arrangement CW2467088, dated August 24, 2026 and expiring July 31, 2031. The nominal CAD 1 entry is a supplier-pool arrangement rather than an order for vessels.
Supports: Defence Drone Initiative Marketplace · canonical program
Derived from Public Services and Procurement Canada: CanadaBuys identifies Resolute Innovations Inc. as the recipient of DDI Marketplace supply arrangement CW2467088, dated August 24, 2026 and expiring July 31, 2031. The nominal CAD 1 entry is a supplier-pool arrangement rather than an order for vessels.
Supports: Defence Drone Initiative Marketplace · canonical program
Derived from Public Services and Procurement Canada: CanadaBuys identifies Resolute Innovations Inc. as the recipient of DDI Marketplace supply arrangement CW2467088, dated August 24, 2026 and expiring July 31, 2031. The nominal CAD 1 entry is a supplier-pool arrangement rather than an order for vessels.
Supports: Defence Drone Initiative Marketplace · canonical program
Derived from Public Services and Procurement Canada: CanadaBuys identifies Resolute Innovations Inc. as the recipient of DDI Marketplace supply arrangement CW2467088, dated August 24, 2026 and expiring July 31, 2031. The nominal CAD 1 entry is a supplier-pool arrangement rather than an order for vessels.
Supports: Defence Drone Initiative Marketplace · canonical program
Derived from Public Services and Procurement Canada: CanadaBuys identifies Resolute Innovations Inc. as the recipient of DDI Marketplace supply arrangement CW2467088, dated August 24, 2026 and expiring July 31, 2031. The nominal CAD 1 entry is a supplier-pool arrangement rather than an order for vessels.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records DDI Marketplace Supply Arrangement SA282/CW2466368 awarded 2026-08-24 to Flight Test Centre of Excellence Inc.; term 2026-08-26 through 2031-07-31 and nominal CAD1. This establishes a prequalified supply-arrangement route, not a task order, delivered drone or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records DDI Marketplace Supply Arrangement SA282/CW2466368 awarded 2026-08-24 to Flight Test Centre of Excellence Inc.; term 2026-08-26 through 2031-07-31 and nominal CAD1. This establishes a prequalified supply-arrangement route, not a task order, delivered drone or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records DDI Marketplace Supply Arrangement SA282/CW2466368 awarded 2026-08-24 to Flight Test Centre of Excellence Inc.; term 2026-08-26 through 2031-07-31 and nominal CAD1. This establishes a prequalified supply-arrangement route, not a task order, delivered drone or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records DDI Marketplace Supply Arrangement SA282/CW2466368 awarded 2026-08-24 to Flight Test Centre of Excellence Inc.; term 2026-08-26 through 2031-07-31 and nominal CAD1. This establishes a prequalified supply-arrangement route, not a task order, delivered drone or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records DDI Marketplace Supply Arrangement SA282/CW2466368 awarded 2026-08-24 to Flight Test Centre of Excellence Inc.; term 2026-08-26 through 2031-07-31 and nominal CAD1. This establishes a prequalified supply-arrangement route, not a task order, delivered drone or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records DDI Marketplace Supply Arrangement SA282/CW2466368 awarded 2026-08-24 to Flight Test Centre of Excellence Inc.; term 2026-08-26 through 2031-07-31 and nominal CAD1. This establishes a prequalified supply-arrangement route, not a task order, delivered drone or earned revenue.
Derived from Public Services and Procurement Canada: CanadaBuys identifies Kynze, standardized as 11896547 Canada Inc., in Longueuil as recipient of DDI supply arrangement CW2466766, awarded August 24, 2026 and expiring July 31, 2031. Its CAD 1 value is nominal and does not establish product orders.
Supports: Defence Drone Initiative Marketplace · canonical program
Derived from Public Services and Procurement Canada: CanadaBuys identifies Kynze, standardized as 11896547 Canada Inc., in Longueuil as recipient of DDI supply arrangement CW2466766, awarded August 24, 2026 and expiring July 31, 2031. Its CAD 1 value is nominal and does not establish product orders.
Supports: Defence Drone Initiative Marketplace · canonical program
Derived from Public Services and Procurement Canada: CanadaBuys identifies Kynze, standardized as 11896547 Canada Inc., in Longueuil as recipient of DDI supply arrangement CW2466766, awarded August 24, 2026 and expiring July 31, 2031. Its CAD 1 value is nominal and does not establish product orders.
Supports: Defence Drone Initiative Marketplace · canonical program
Derived from Public Services and Procurement Canada: CanadaBuys identifies Kynze, standardized as 11896547 Canada Inc., in Longueuil as recipient of DDI supply arrangement CW2466766, awarded August 24, 2026 and expiring July 31, 2031. Its CAD 1 value is nominal and does not establish product orders.
Supports: Defence Drone Initiative Marketplace · canonical program
Derived from Public Services and Procurement Canada: CanadaBuys identifies Kynze, standardized as 11896547 Canada Inc., in Longueuil as recipient of DDI supply arrangement CW2466766, awarded August 24, 2026 and expiring July 31, 2031. Its CAD 1 value is nominal and does not establish product orders.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records CW2465224 / WS5802684496 as a nominal CAD 1 DDI Marketplace supply arrangement awarded August 24, 2026 for the August 26, 2026 to July 31, 2031 term.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records CW2465224 / WS5802684496 as a nominal CAD 1 DDI Marketplace supply arrangement awarded August 24, 2026 for the August 26, 2026 to July 31, 2031 term.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records CW2465224 / WS5802684496 as a nominal CAD 1 DDI Marketplace supply arrangement awarded August 24, 2026 for the August 26, 2026 to July 31, 2031 term.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records CW2465224 / WS5802684496 as a nominal CAD 1 DDI Marketplace supply arrangement awarded August 24, 2026 for the August 26, 2026 to July 31, 2031 term.
Supports: Defence Drone Initiative Marketplace · canonical program
CanadaBuys records CW2465224 / WS5802684496 as a nominal CAD 1 DDI Marketplace supply arrangement awarded August 24, 2026 for the August 26, 2026 to July 31, 2031 term.
Supports: Defence Drone Initiative Marketplace · canonical program
AchatsCanada lists North Vector Dynamics Inc. under Defence Drone Initiative Marketplace supply arrangement CW2464972, solicitation WS5802684496. Award date is 2026-08-24, effective duration 2026-08-26 to 2031-07-31, with nominal CAD 1 value; this establishes supplier-pool access rather than an equipment order or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
AchatsCanada lists North Vector Dynamics Inc. under Defence Drone Initiative Marketplace supply arrangement CW2464972, solicitation WS5802684496. Award date is 2026-08-24, effective duration 2026-08-26 to 2031-07-31, with nominal CAD 1 value; this establishes supplier-pool access rather than an equipment order or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
AchatsCanada lists North Vector Dynamics Inc. under Defence Drone Initiative Marketplace supply arrangement CW2464972, solicitation WS5802684496. Award date is 2026-08-24, effective duration 2026-08-26 to 2031-07-31, with nominal CAD 1 value; this establishes supplier-pool access rather than an equipment order or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
AchatsCanada lists North Vector Dynamics Inc. under Defence Drone Initiative Marketplace supply arrangement CW2464972, solicitation WS5802684496. Award date is 2026-08-24, effective duration 2026-08-26 to 2031-07-31, with nominal CAD 1 value; this establishes supplier-pool access rather than an equipment order or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
AchatsCanada lists North Vector Dynamics Inc. under Defence Drone Initiative Marketplace supply arrangement CW2464972, solicitation WS5802684496. Award date is 2026-08-24, effective duration 2026-08-26 to 2031-07-31, with nominal CAD 1 value; this establishes supplier-pool access rather than an equipment order or earned revenue.
Supports: Defence Drone Initiative Marketplace · canonical program
AchatsCanada lists North Vector Dynamics Inc. under Defence Drone Initiative Marketplace supply arrangement CW2464972, solicitation WS5802684496. Award date is 2026-08-24, effective duration 2026-08-26 to 2031-07-31, with nominal CAD 1 value; this establishes supplier-pool access rather than an equipment order or earned revenue.
Supports: Innovative Solutions Canada Testing Stream · canonical program
ISED and CanadaBuys support the proposed KILO Testing Stream participation, dates, identifier and post-test integration boundary. This evidence maps specifically to value.program.operatorName.
Supports: Innovative Solutions Canada Testing Stream · canonical program
ISED and CanadaBuys support the proposed KILO Testing Stream participation, dates, identifier and post-test integration boundary. This evidence maps specifically to value.program.name.
Supports: Innovative Solutions Canada Testing Stream · canonical program
ISED and CanadaBuys support the proposed KILO Testing Stream participation, dates, identifier and post-test integration boundary. This evidence maps specifically to value.program.websiteUrl.
Supports: Innovative Solutions Canada Testing Stream · canonical program
ISED and CanadaBuys support the proposed KILO Testing Stream participation, dates, identifier and post-test integration boundary. This evidence maps specifically to value.program.programType.
Supports: Innovative Solutions Canada Testing Stream · canonical program
ISED and CanadaBuys support the proposed KILO Testing Stream participation, dates, identifier and post-test integration boundary. This evidence maps specifically to value.program.summary.
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records CW2438157 / WS5336023296 as a competitive Testing Stream contract awarded to OSCP on February 13, 2026 for CAD 1,322,694.50 through February 12, 2027.
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records CW2438157 / WS5336023296 as a competitive Testing Stream contract awarded to OSCP on February 13, 2026 for CAD 1,322,694.50 through February 12, 2027.
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records CW2438157 / WS5336023296 as a competitive Testing Stream contract awarded to OSCP on February 13, 2026 for CAD 1,322,694.50 through February 12, 2027.
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records CW2438157 / WS5336023296 as a competitive Testing Stream contract awarded to OSCP on February 13, 2026 for CAD 1,322,694.50 through February 12, 2027.
Supports: Innovative Solutions Canada Testing Stream · canonical program
CanadaBuys records CW2438157 / WS5336023296 as a competitive Testing Stream contract awarded to OSCP on February 13, 2026 for CAD 1,322,694.50 through February 12, 2027.
Supports: IDEaS Counter-UAS Concept Development · organization participation
Open Government Canada records Agile Electromagnetics participation participation Type as: Funded innovator
Supports: IDEaS Counter-UAS Concept Development · organization participation
Open Government Canada records Agile Electromagnetics participation ended On as: 2026-06-30
Supports: IDEaS Counter-UAS Concept Development · organization participation
Open Government Canada records Agile Electromagnetics participation lifecycle Stage as: funded
Supports: IDEaS Counter-UAS Concept Development · organization participation
Open Government Canada records Agile Electromagnetics participation external Identifiers 0 value as: 018-2024-2025-Q3-CD3-001
Supports: IDEaS Counter-UAS Concept Development · organization participation
Open Government Canada records Agile Electromagnetics participation started On as: 2024-10-04
Supports: IDEaS Counter-UAS Concept Development · organization participation
Open Government Canada records Agile Electromagnetics participation public Summary as: Agile's C2EWS received CAD 499,040 for a nine-month first stage and CAD 1,999,750 for a further 15 months; the public contribution record runs from October 4, 2024, through June 30, 2026.
Supports: IDEaS Counter-UAS Concept Development · organization participation
Open Government Canada records Agile Electromagnetics participation cohort Label as: C-UAS Cognitive Electronic Warfare System
Supports: IDEaS Counter-UAS Concept Development · organization participation
Open Government Canada records Agile Electromagnetics participation external Identifiers 0 kind as: project
Supports: IDEaS Counter-UAS Concept Development · canonical program
Open Government Canada records Agile Electromagnetics program program Type as: Defence innovation concept development
Supports: IDEaS Counter-UAS Concept Development · canonical program
Open Government Canada records Agile Electromagnetics program summary as: The IDEaS challenge funded counter-UAS concept development and an additional development stage before possible testing, without committing to operational procurement.
Supports: IDEaS Counter-UAS Concept Development · canonical program
Open Government Canada records Agile Electromagnetics program website Url as: https://www.canada.ca/en/department-national-defence/programs/defence-ideas/element/sandboxes/challenge/counter-uncrewed-aerial-systems-concept-development.html
Supports: IDEaS Counter-UAS Concept Development · canonical program
Open Government Canada records Agile Electromagnetics program operator Name as: Department of National Defence
Supports: IDEaS Counter-UAS Concept Development · canonical program
Open Government Canada records Agile Electromagnetics program name as: IDEaS Counter-UAS Concept Development
Open Government Canada records Agile Electromagnetics disclosed Summary as: Open Government records a CAD 1,999,750 C2EWS contribution to Agile Electromagnetics Inc. from October 4, 2024, through June 30, 2026.
Supports: IDEaS Counter-UAS Concept Development · canonical program
National Defence discloses a CAD 2 million IDEaS contribution to North Vector Dynamics Inc., operating name Think Solutions Engineering, for low-cost aerial counter-UAS concept development from September 18, 2024 to September 30, 2027. Integration into external command and control is an expected outcome, not a procurement acceptance.
Supports: IDEaS Counter-UAS Concept Development · canonical program
National Defence discloses a CAD 2 million IDEaS contribution to North Vector Dynamics Inc., operating name Think Solutions Engineering, for low-cost aerial counter-UAS concept development from September 18, 2024 to September 30, 2027. Integration into external command and control is an expected outcome, not a procurement acceptance.
Supports: IDEaS Counter-UAS Concept Development · canonical program
National Defence discloses a CAD 2 million IDEaS contribution to North Vector Dynamics Inc., operating name Think Solutions Engineering, for low-cost aerial counter-UAS concept development from September 18, 2024 to September 30, 2027. Integration into external command and control is an expected outcome, not a procurement acceptance.
Supports: IDEaS Counter-UAS Concept Development · canonical program
National Defence discloses a CAD 2 million IDEaS contribution to North Vector Dynamics Inc., operating name Think Solutions Engineering, for low-cost aerial counter-UAS concept development from September 18, 2024 to September 30, 2027. Integration into external command and control is an expected outcome, not a procurement acceptance.
Supports: IDEaS Counter-UAS Concept Development · canonical program
National Defence discloses a CAD 2 million IDEaS contribution to North Vector Dynamics Inc., operating name Think Solutions Engineering, for low-cost aerial counter-UAS concept development from September 18, 2024 to September 30, 2027. Integration into external command and control is an expected outcome, not a procurement acceptance.
Supports: IDEaS Counter-UAS Concept Development · canonical program
National Defence discloses a CAD 2 million IDEaS contribution to North Vector Dynamics Inc., operating name Think Solutions Engineering, for low-cost aerial counter-UAS concept development from September 18, 2024 to September 30, 2027. Integration into external command and control is an expected outcome, not a procurement acceptance.
Ottawa Business Journal records Agile Electromagnetics public Summary as: Ottawa Business Journal reported Agile as a counter-drone-system contributor to Convergence Design Services' MIL-V prototype for CANSEC; the article did not name the Agile product or report a Canadian Armed Forces vehicle contract or operational deployment.
Ottawa Business Journal records Agile Electromagnetics relationship Type as: Prototype integration contributor
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