OSCP is a Montréal inertial-sensing company developing MEMS and photonic gyroscope-based measurement units and NavigationGate, a processing platform that combines an OSCP IMU with GNSS and external aiding for navigation when satellite signals are degraded or unavailable.
Operating context
OSCP's inertial portfolio connects photonic/MEMS sensing with embedded navigation and platform interfaces. The MK2 family now has a common ArduPilot integration route using RS-422 or CAN-FD, with a shared driver and C/Python development tools. A separate federal IMU testing contract covers four MK2 variants through assembly, calibration and independent laboratory evaluation; platform-level field testing is a later phase requiring Canada's authorization. These details establish integration and evaluation paths without changing the published boundary on production volume or completed environmental qualification.
Canadian footprint
OSCP publishes its Montréal address at 33 Prince Street, Suite 284, and says its inertial-sensing products are designed and manufactured in Montréal. CanadaBuys and NRC records identify the same Canadian supplier in federal testing, marketplace and R&D agreements; public sources do not disclose all manufacturing suppliers or current headcount.
Montréal, Quebec is the published city-level context for OSCPS Motion Sensing. It does not imply a street address or exact facility location.
OSCP now has a broader DDI access route and a concrete staged evaluation path for its Canadian inertial sensors. The common ArduPilot interface may reduce integration effort for unmanned-platform teams. The most useful next conversation is about the selected sensor variant, authorized test phase and measured platform performance.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
OSCP's MK2 family spans a shipping tactical MEMS unit, a hybrid photonic-and-MEMS unit and an early-access navigation-grade photonic unit for measuring motion and attitude where platform navigation cannot rely on satellite positioning alone.
Evidence of maturity
OSCP says MK2 tactical units are shipping, MK2E2 specifications are preliminary and MK2Z remains prototype or early-access; public evidence does not establish one maturity level across the family.
Commercial availability
MK2M2 and MK2E2 are presented through OSCP product channels; MK2Z is presented as early-access or prototype. Pricing, volume capacity, lead time and accepted deployments require direct confirmation.
Core features
MK2M2 tactical MEMS inertial measurement unit with RS-422 and CAN-FD interfaces
MK2E2 hybrid architecture using an optical gyroscope on the z-axis with MEMS sensing on other axes
NavigationGate is an inertial-navigation processing unit that pairs an OSCP IMU with onboard sensor fusion, dual-antenna RTK-compatible GNSS and optional external aiding to output continuous position, velocity and attitude when satellite availability changes.
Evidence of maturity
OSCP opened limited first-production-batch preorders on September 1, 2026. No public NavigationGate manual, independent performance report, completed environmental qualification, shipment record or accepted deployment was found.
Commercial availability
Limited first-production-batch preorder through OSCP; supported configuration, price, lead time, production volume, export controls and delivery history require direct confirmation.
Core features
OSCP Kalman-filter sensor fusion on an embedded Cortex-M7 processor
Onboard dual-antenna RTK-compatible GNSS with external GNSS support
Aiding inputs for odometry, airspeed and heading
RS-232, RS-422, RS-485, USB-C, CAN 2.0B, CAN-FD, SPI, I2C, UART and GPIO interfaces
MicroSD logging, synchronization and one-pulse-per-second support
Public record
Recent activity
Sep 10, 2026
On September 10, 2026, OSCP announced DDI Marketplace qualification in streams 1, 2 and 5 under supply arrangement CW2465224, valid through July 31, 2031. The added streams cover command-and-control/data/EW/cyber and innovation. A separate ISC contract, CW2438157, concerns staged IMU testing; neither qualification nor an authorized test phase proves an operational fleet order.
OSCP opened limited first-production-batch preorders for NavigationGate on September 1, 2026 and says MK2 tactical units are shipping, while MK2Z remains prototype or early-access. Public sources do not disclose shipment volume, lead time, customer acceptance or configuration-level pricing.
Financing and disclosed activity
Public records separately disclose CAD 1,336,243.53 for a 2025-2026 photonic integrated-circuit IMU project, CAD 950,000 for 2025-2028 NAVPIC development, CAD 53,000 for 2026-2027 defence-readiness work, CAD 3.2 million in 2021 SDTC support, and CAD 716,798.02 in NGen investment for photonic wirebonding. These differently based amounts are not summed and do not establish product sales or deployment.
Programs and deployments
Defence Drone Initiative Marketplace
Qualified supplier · W8703-270055 DDI Marketplace SA 171
Sponsor or operator: Public Services and Procurement Canada
Contracted·Aug 24, 2026
Organization role. CanadaBuys records a nominal CAD 1 supply arrangement awarded August 24, 2026 for a term beginning August 26, 2026 and ending July 31, 2031. The arrangement qualifies OSCP for the supplier pool; it is not a task, order, product-specific award, delivery or deployment.
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.
MK2 photonic and MEMS inertial measurement units may help teams working on Persistent uncrewed underwater surveillance by contributing to maritime and undersea operations, detection and situational awareness, and autonomous and uncrewed systems.
Which MK2 variant and procurement instrument would meet this platform's requirement, and has Canada authorized the field-testing phase?
CW2465224 qualifies OSCP in three DDI streams, while CW2438157 governs a separate test program.
02
What calibration, timing and platform-test results accompany the selected RS-422 or CAN-FD integration under the expected GNSS-denied conditions?
A shared ArduPilot driver reduces interface variation across MK2 models but does not define achieved navigation accuracy.
Original sources 35 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
OSCP says one downloadable ArduPilot driver connects MK2 units over RS-422 or CAN-FD, allowing builders to move from MK2M2 MEMS to MK2E2 photonic sensing without changing driver interfaces; C SDK and Python examples accompany the documentation.
Supports: Profile · operating context
OSCP says one downloadable ArduPilot driver connects MK2 units over RS-422 or CAN-FD, allowing builders to move from MK2M2 MEMS to MK2E2 photonic sensing without changing driver interfaces; C SDK and Python examples accompany the documentation.
OSCP says one downloadable ArduPilot driver connects MK2 units over RS-422 or CAN-FD, allowing builders to move from MK2M2 MEMS to MK2E2 photonic sensing without changing driver interfaces; C SDK and Python examples accompany the documentation.
OSCP says one downloadable ArduPilot driver connects MK2 units over RS-422 or CAN-FD, allowing builders to move from MK2M2 MEMS to MK2E2 photonic sensing without changing driver interfaces; C SDK and Python examples accompany the documentation.
OSCPS combines a Canadian inertial-sensing development base with a federal innovation-catalogue listing, supporting early technical discovery while leaving configuration-specific performance and adoption unresolved.
Supports: Profile · primary location.countrycode
OSCPS Motion Sensing publishes a Canadian operating presence, represented by country code CA.
Supports: Profile · primary location.longitude
True North Map uses the Montréal city centroid longitude -73.5674 for a city-level map location.
Government and NGen records separately disclose the PIC-IMU, NAVPIC, defence-readiness, SDTC and photonic-wirebonding amounts without establishing product sales or deployment.
NRC records agreement 1029550 at CAD 1,336,243.53 for March 4, 2025 through December 31, 2026 photonic integrated-circuit IMU development for autonomous vehicles.
OSCP reports contract CW2438157 under Innovative Solutions Canada's Testing Stream for MK2M2, MK2M2G, MK2E2 and MK2E2G units. Phase 1 covers assembly, calibration and independent laboratory tests; platform field testing in Phase 2 requires a subsequent Canadian authorization.
OSCP reports contract CW2438157 under Innovative Solutions Canada's Testing Stream for MK2M2, MK2M2G, MK2E2 and MK2E2G units. Phase 1 covers assembly, calibration and independent laboratory tests; platform field testing in Phase 2 requires a subsequent Canadian authorization.
True North Map derives four configuration-specific questions from NavigationGate's public architecture, preliminary product specifications and the limits of the testing, qualification and supplier-pool records.
True North Map derives four configuration-specific questions from NavigationGate's public architecture, preliminary product specifications and the limits of the testing, qualification and supplier-pool records.
Public sources cited · Facts and assessments kept separate · Human review
Sponsor or operator: Innovation, Science and Economic Development Canada
Testing·Feb 13, 2026
Organization role. CanadaBuys records competitive contract CW2438157 / WS5336023296 at CAD 1,322,694.50 from February 13, 2026 through February 12, 2027. The contract supports bounded testing and does not by itself establish fielding, acceptance, operational deployment or a NavigationGate-specific scope.
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.
Innovative Solutions Canada Pathway to Commercialization
Innovation eligible for additional sales · Military - enhanced MEMS inertial measurement unit
Sponsor or operator: Innovation, Science and Economic Development Canada
Selected
Organization role. ISED lists OSCP's enhanced MEMS inertial measurement unit under TS11-021774 as eligible for additional sales through February 13, 2029. Eligibility provides a procurement path but is not evidence of a purchase, order, delivery, acceptance or operational deployment.
Program. Federal source-list pathway for market-ready innovations that successfully completed an initial Testing Stream contract.
NRC agreement 1028470 supports NAVPIC photonic integrated-circuit gyroscope development and robotic GNSS-denied integration from January 13, 2025 to January 3, 2028. It does not identify the integration partner, a completed deliverable, buyer acceptance or operational deployment.
NRC IRAP photonic IMU contribution
$1,336,244
NRC agreement 1029550 supports photonic integrated-circuit IMU development for autonomous vehicles from March 4, 2025 to December 31, 2026. The agreement description states project objectives and does not independently establish achieved performance, customer acceptance or deployment.
NRC IRAP defence-readiness contribution
$53,000
NRC agreement 1040690 funds defence-market, procurement and MIL-STD-810 readiness work from March 23, 2026 to March 19, 2027. The contribution establishes planned readiness work, not completed qualification, certification or buyer acceptance.
NGen photonic-wirebonding project investment
$716,798
NGen's 2024-25 annual report records CAD 716,798.02 in NGen investment and CAD 1,937,291.50 in total project value for OSCP-led photonic-wirebonding scale-up with AEPONYX and Pasqal. The record does not establish production output, qualification, sales or customer delivery.
NavigationGate could support an uncrewed patrol platform by maintaining a fused position, velocity and attitude estimate across changing GNSS availability. The reviewed public record does not establish integration, acceptance or field performance on a specific Canadian patrol system.
NavigationGate inertial navigation system may help teams working on Persistent uncrewed underwater surveillance by contributing to maritime and undersea operations, detection and situational awareness, and autonomous and uncrewed systems.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
OSCP says one downloadable ArduPilot driver connects MK2 units over RS-422 or CAN-FD, allowing builders to move from MK2M2 MEMS to MK2E2 photonic sensing without changing driver interfaces; C SDK and Python examples accompany the documentation.
OSCP says one downloadable ArduPilot driver connects MK2 units over RS-422 or CAN-FD, allowing builders to move from MK2M2 MEMS to MK2E2 photonic sensing without changing driver interfaces; C SDK and Python examples accompany the documentation.
Supports: Profile · website url
https://www.oscp.com/ is the canonical official website used by OSCPS Motion Sensing.
Supports: Profile · name
OSCPS Motion Sensing is the public name used by the organization's official website.
Supports: Profile · legal name
OSCPS Motion Sensing Inc. is the legal name supported by the cited public record.
Supports: Profile · aliases
OSCP is a documented operating, former or alternate name for OSCPS Motion Sensing.
Supports: Profile · primary location.city
OSCPS Motion Sensing publishes Montréal as its Canadian operating city.
Supports: Profile · primary location.latitude
True North Map uses the Montréal city centroid latitude 45.5019 for a city-level map location.
Supports: Profile · profileData.portfolioScope
OSCPS Motion Sensing's documented portfolio in this dossier is bounded to Low-SWaP-C inertial navigation for GNSS-disrupted operations and the source-backed functions listed below.
Supports: Profile · entity kind
True North Map classifies OSCPS Motion Sensing as a company from its documented legal or institutional role.
OSCPS Motion Sensing publishes Quebec as its Canadian province or territory.
Supports: MK2 photonic and MEMS inertial measurement units · technicaldomainslugs
True North Map maps Low-SWaP-C inertial navigation for GNSS-disrupted operations to sensing and isr from its documented technology functions.
Supports: MK2 photonic and MEMS inertial measurement units · technical tags
True North Map applies the assured PNT tag from OSCPS Motion Sensing's documented capability functions.
Supports: MK2 photonic and MEMS inertial measurement units · defence applications
Platform stabilization and control
Supports: MK2 photonic and MEMS inertial measurement units · core features
Low size, weight, power and cost
Supports: MK2 photonic and MEMS inertial measurement units · technical tags
True North Map applies the MEMS IMU tag from OSCPS Motion Sensing's documented capability functions.
Supports: MK2 photonic and MEMS inertial measurement units · capability type
Inertial navigation and motion sensing
Supports: MK2 photonic and MEMS inertial measurement units · summary
OSCPS develops enhanced MEMS inertial measurement technology intended to sustain navigation when satellite positioning is unreliable, with a low-size-weight-power-and-cost design boundary.
Supports: MK2 photonic and MEMS inertial measurement units · core features
Navigation continuity during GNSS degradation
Supports: MK2 photonic and MEMS inertial measurement units · core features
Enhanced MEMS inertial measurement
Supports: MK2 photonic and MEMS inertial measurement units · commercial availability
OSCPS Motion Sensing currently presents Low-SWaP-C inertial navigation for GNSS-disrupted operations through its official public capability surface.
Supports: MK2 photonic and MEMS inertial measurement units · technical tags
True North Map applies the GNSS denied tag from OSCPS Motion Sensing's documented capability functions.
Supports: MK2 photonic and MEMS inertial measurement units · defence applications
Contested-positioning navigation
Supports: MK2 photonic and MEMS inertial measurement units · defence applications
Autonomous vehicle guidance This bounded statement is retained for reviewer verification.
Supports: MK2 photonic and MEMS inertial measurement units · name
Low-SWaP-C inertial navigation for GNSS-disrupted operations
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
OSCPS develops enhanced MEMS inertial measurement technology intended to sustain navigation when satellite positioning is unreliable, with a low-size-weight-power-and-cost design boundary.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
True North Map applies the GNSS denied tag from OSCPS Motion Sensing's documented capability functions.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
OSCPS Motion Sensing currently presents Low-SWaP-C inertial navigation for GNSS-disrupted operations through its official public capability surface.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Contested-positioning navigation
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
True North Map applies the MEMS IMU tag from OSCPS Motion Sensing's documented capability functions.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Platform stabilization and control
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Low-SWaP-C inertial navigation for GNSS-disrupted operations
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
True North Map applies the assured PNT tag from OSCPS Motion Sensing's documented capability functions.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Navigation continuity during GNSS degradation
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
True North Map maps Low-SWaP-C inertial navigation for GNSS-disrupted operations to sensing and isr from its documented technology functions.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Enhanced MEMS inertial measurement
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Inertial navigation and motion sensing
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Low size, weight, power and cost
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Autonomous vehicle guidance This bounded statement is retained for reviewer verification.
NRC records agreement 1029550 at CAD 1,336,243.53 for March 4, 2025 through December 31, 2026 photonic integrated-circuit IMU development for autonomous vehicles.
NRC records agreement 1029550 at CAD 1,336,243.53 for March 4, 2025 through December 31, 2026 photonic integrated-circuit IMU development for autonomous vehicles.
NRC records agreement 1029550 at CAD 1,336,243.53 for March 4, 2025 through December 31, 2026 photonic integrated-circuit IMU development for autonomous vehicles.
OSCP reports contract CW2438157 under Innovative Solutions Canada's Testing Stream for MK2M2, MK2M2G, MK2E2 and MK2E2G units. Phase 1 covers assembly, calibration and independent laboratory tests; platform field testing in Phase 2 requires a subsequent Canadian authorization.
Supports: Profile · operating context
OSCP reports contract CW2438157 under Innovative Solutions Canada's Testing Stream for MK2M2, MK2M2G, MK2E2 and MK2E2G units. Phase 1 covers assembly, calibration and independent laboratory tests; platform field testing in Phase 2 requires a subsequent Canadian authorization.
OSCP reports contract CW2438157 under Innovative Solutions Canada's Testing Stream for MK2M2, MK2M2G, MK2E2 and MK2E2G units. Phase 1 covers assembly, calibration and independent laboratory tests; platform field testing in Phase 2 requires a subsequent Canadian authorization.
OSCP reports contract CW2438157 under Innovative Solutions Canada's Testing Stream for MK2M2, MK2M2G, MK2E2 and MK2E2G units. Phase 1 covers assembly, calibration and independent laboratory tests; platform field testing in Phase 2 requires a subsequent Canadian authorization.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
OSCP reports contract CW2438157 under Innovative Solutions Canada's Testing Stream for MK2M2, MK2M2G, MK2E2 and MK2E2G units. Phase 1 covers assembly, calibration and independent laboratory tests; platform field testing in Phase 2 requires a subsequent Canadian authorization.
True North Map derives four configuration-specific questions from NavigationGate's public architecture, preliminary product specifications and the limits of the testing, qualification and supplier-pool records.
Supports: Profile · description
OSCP's product and company pages describe a Montréal inertial-sensing portfolio spanning MEMS and photonic MK2 IMUs plus the distinct NavigationGate processing platform.
True North Map derives four configuration-specific questions from NavigationGate's public architecture, preliminary product specifications and the limits of the testing, qualification and supplier-pool records.
True North Map derives four configuration-specific questions from NavigationGate's public architecture, preliminary product specifications and the limits of the testing, qualification and supplier-pool records.
True North Map derives four configuration-specific questions from NavigationGate's public architecture, preliminary product specifications and the limits of the testing, qualification and supplier-pool records.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
True North Map assesses OSCP as a Canadian configuration-comparison route for MK2 inertial sensors and NavigationGate while preserving qualification, production and accepted-deployment limits.
True North Map derives four configuration-specific questions from NavigationGate's public architecture, preliminary product specifications and the limits of the testing, qualification and supplier-pool records.
True North Map derives four configuration-specific questions from NavigationGate's public architecture, preliminary product specifications and the limits of the testing, qualification and supplier-pool records.
Supports: NavigationGate inertial navigation system · defence applications
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
Supports: NavigationGate inertial navigation system · summary
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
Supports: NavigationGate inertial navigation system · maturity
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
Supports: NavigationGate inertial navigation system · technical tags
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
Supports: NavigationGate inertial navigation system · core features
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
Supports: NavigationGate inertial navigation system · capability type
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
Supports: NavigationGate inertial navigation system · commercial availability
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
Supports: NavigationGate inertial navigation system · name
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
Supports: NavigationGate inertial navigation system → Persistent uncrewed underwater surveillance
NavigationGate pairs an OSCP IMU with onboard Kalman-filter processing, dual-antenna RTK-compatible GNSS, external aiding, storage, synchronization and vehicle interfaces to output continuous position, velocity and attitude.
The resilient-navigation function is defence relevant, but public evidence does not establish integration into a Canadian long-range weapon or accepted operational platform.
Public sources do not establish configuration-specific drift, environmental qualification, production capacity, customer acceptance or integration into any Canadian deep-strike system. The first conversation should therefore separate current offer, development evidence and accepted operational use.
Supports: Profile · description
True North Map derives this executive description for OSCPS Motion Sensing from the official identity and technical records together with Innovation, Science and Economic Development Canada's corroborating evidence.
True North Map derives a first-conversation question about Low-SWaP-C inertial navigation for GNSS-disrupted operations configuration and accepted outcomes from the documented maturity boundary.
Supports: Profile · organization categories
True North Map applies the dual use category to OSCPS Motion Sensing from its documented mandate and source-bounded operating evidence.
Supports: Profile · canadian footprint
OSCPS identifies Montréal, Quebec as its Canadian operating location, and the ISED listing names the organization and its eligible technology.
Supports: Profile · organization categories
True North Map applies the commercial company category to OSCPS Motion Sensing from its documented mandate and source-bounded operating evidence.
Supports: Profile · executive relevance summary
OSCPS gives Canadian teams a potential domestic path for inertial navigation when GNSS is disrupted. The next useful conversation is technical: establish measured drift, environmental qualification, integration interfaces and independently accepted performance for the exact low-SWaP-C configuration under consideration.
Supports: Profile · dual use posture
Low-SWaP-C inertial navigation for GNSS-disrupted operations has documented civilian or industrial applications and a bounded potential relevance to Canadian defence, security or strategic-infrastructure needs.
Supports: MK2 photonic and MEMS inertial measurement units · maturity
Innovation, Science and Economic Development Canada's public evidence confirms a company-specific project, award, program or operating context, while configuration-specific acceptance and scale remain bounded by the reviewer warning.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
Innovation, Science and Economic Development Canada's public evidence confirms a company-specific project, award, program or operating context, while configuration-specific acceptance and scale remain bounded by the reviewer warning.
Supports: Innovative Solutions Canada Pathway to Commercialization · organization participation
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · organization participation
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · organization participation
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · organization participation
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · organization participation
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · organization participation
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · organization participation
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
ISED lists OSCP's enhanced MEMS IMU under TS11-021774 as eligible for additional sales through February 13, 2029.
OSCP reports qualification under DDI supply arrangement CW2465224 through July 31, 2031: Stream 1 in August and Streams 2 and 5 in September. It explicitly states that qualification commits no funding or orders.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
OSCP reports qualification under DDI supply arrangement CW2465224 through July 31, 2031: Stream 1 in August and Streams 2 and 5 in September. It explicitly states that qualification commits no funding or orders.
OSCP reports qualification under DDI supply arrangement CW2465224 through July 31, 2031: Stream 1 in August and Streams 2 and 5 in September. It explicitly states that qualification commits no funding or orders.
Supports: Profile · current activity
OSCP reports qualification under DDI supply arrangement CW2465224 through July 31, 2031: Stream 1 in August and Streams 2 and 5 in September. It explicitly states that qualification commits no funding or orders.
OSCP reports qualification under DDI supply arrangement CW2465224 through July 31, 2031: Stream 1 in August and Streams 2 and 5 in September. It explicitly states that qualification commits no funding or orders.
OSCP reports qualification under DDI supply arrangement CW2465224 through July 31, 2031: Stream 1 in August and Streams 2 and 5 in September. It explicitly states that qualification commits no funding or orders.
OSCP reports qualification under DDI supply arrangement CW2465224 through July 31, 2031: Stream 1 in August and Streams 2 and 5 in September. It explicitly states that qualification commits no funding or orders.
OSCP's official portfolio distinguishes MK2M2, MK2E2, MK2Z and NavigationGate by architecture, maturity and processing role.
Supports: Profile · operating context
OSCP's company, product and public-program records support a fabless Montréal development and limited-commercialization context with unresolved scale, qualification and deployment evidence.
OSCP describes a fabless Montréal model and makes a first-party Montréal design-and-manufacturing claim for NavigationGate, without disclosing its complete supply chain.
Supports: MK2 photonic and MEMS inertial measurement units · core features
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units · summary
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units · maturity
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units · capability type
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units · commercial availability
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units · defence applications
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units · technicaldomainslugs
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units · technical tags
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units · name
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
True North Map separates the MK2 family's MEMS, hybrid-photonic and navigation-grade configurations and preserves their different shipping, preliminary and prototype maturity states; no Mission match is added at the component-family level.
OSCP publishes https://www.oscp.com/contact, info@oscp.com and +1 438-383-6727 as its public contact channels.
Supports: Profile · canadian footprint
OSCP publishes 33 Prince Street, Suite 284 in Montréal, while federal records identify the Canadian supplier in testing, marketplace and R&D agreements.
Canadian PNT context and OSCP product material support a cross-sector resilient-navigation assessment while leaving platform and safety-case fit configuration-specific.
CA3119383 identifies OSCPS as assignee on an optical-gyroscope family and records a Canadian grant publication dated January 27, 2026; OSCP separately states a broader 40-issued-patent count.
CanadaBuys and ISED records establish OSCP testing, additional-sales and DDI supplier-pool pathways while leaving product-specific orders, acceptance and fielding unproven.
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.
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.
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.
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.
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.
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.
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.
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
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.
OSCP opened limited first-production-batch preorders for NavigationGate and distinguishes shipping MK2 tactical units from the MK2Z prototype or early-access state.
Supports: Profile · current activity
The September 1 NavigationGate and ArduPilot releases, together with the August 24 DDI supplier-pool record, form OSCP's latest dated public activity.
Supports: NavigationGate inertial navigation system · core features
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system · defence applications
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system · commercial availability
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system · maturity
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system · capability type
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system · summary
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system · technical tags
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system · name
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system · technicaldomainslugs
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system → Autonomous Patrol and Monitoring
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system → Autonomous Patrol and Monitoring
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: NavigationGate inertial navigation system → Persistent uncrewed underwater surveillance
True North Map classifies NavigationGate under sensing, autonomy, mission software and aerospace domains and assesses a bounded autonomous-patrol contribution; limited first-batch preorder does not establish platform integration, field performance or acceptance.
Supports: MK2 photonic and MEMS inertial measurement units · commercial availability
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units · technical tags
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units · maturity
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units · name
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units · core features
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units · capability type
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units · summary
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units · defence applications
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
OSCP presents MK2M2 as a shipping tactical MEMS IMU with RS-422 and CAN-FD interfaces, an IP67 enclosure and a -40 to 85 degree Celsius operating range.
Supports: MK2 photonic and MEMS inertial measurement units · commercial availability
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units · name
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units · core features
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units · maturity
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units · defence applications
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units · capability type
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units · technical tags
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units · summary
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
OSCP presents MK2Z as an early-access or prototype navigation-grade photonic IMU whose public specifications and ingress-protection status remain preliminary or in progress.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
The project requires persistent sensor coverage in strategic northern, coastal and expeditionary areas and identifies sonar and acoustic systems among the relevant investment capabilities.
Supports: MK2 photonic and MEMS inertial measurement units → Persistent uncrewed underwater surveillance
The official requirement calls for long-duration uncrewed vehicles that deploy and employ sensors to provide persistent coverage, with initial delivery anticipated in 2035/2036.
Supports: NavigationGate inertial navigation system → Persistent uncrewed underwater surveillance
The project requires persistent sensor coverage in strategic northern, coastal and expeditionary areas and identifies sonar and acoustic systems among the relevant investment capabilities.
Supports: NavigationGate inertial navigation system → Persistent uncrewed underwater surveillance
The official requirement calls for long-duration uncrewed vehicles that deploy and employ sensors to provide persistent coverage, with initial delivery anticipated in 2035/2036.
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.
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.
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
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.
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.
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.
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.
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.
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.
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.
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.
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: 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
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
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
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
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
Innovation, Science and Economic Development Canada records ANVIL program participation summary as: Federal source-list pathway for market-ready innovations that successfully completed an initial Testing Stream contract.
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
Innovation, Science and Economic Development Canada records ANVIL program participation name as: Innovative Solutions Canada Pathway to Commercialization
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
Innovation, Science and Economic Development Canada records ANVIL program participation websiteUrl as: https://ised-isde.canada.ca/site/innovative-solutions-canada/en/pathway-commercialization?wbdisable=true
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
Innovation, Science and Economic Development Canada records ANVIL program participation programType as: Federal commercialization procurement vehicle
Supports: Innovative Solutions Canada Pathway to Commercialization · canonical program
Innovation, Science and Economic Development Canada records ANVIL program participation operatorName as: Innovation, Science and Economic Development Canada
NRC records agreement 1028470 at CAD 950,000 for January 13, 2025 through January 3, 2028 NAVPIC photonic integrated-circuit gyroscope and robotic GNSS-denied integration work.
NRC records agreement 1028470 at CAD 950,000 for January 13, 2025 through January 3, 2028 NAVPIC photonic integrated-circuit gyroscope and robotic GNSS-denied integration work.
NRC records agreement 1028470 at CAD 950,000 for January 13, 2025 through January 3, 2028 NAVPIC photonic integrated-circuit gyroscope and robotic GNSS-denied integration work.
NRC records agreement 1028470 at CAD 950,000 for January 13, 2025 through January 3, 2028 NAVPIC photonic integrated-circuit gyroscope and robotic GNSS-denied integration work.
NGen reports CAD 716,798.02 in NGen investment and CAD 1,937,291.50 total project value for an OSCP-led photonic-wirebonding project with AEPONYX and Pasqal.
NGen reports CAD 716,798.02 in NGen investment and CAD 1,937,291.50 total project value for an OSCP-led photonic-wirebonding project with AEPONYX and Pasqal.
NGen reports CAD 716,798.02 in NGen investment and CAD 1,937,291.50 total project value for an OSCP-led photonic-wirebonding project with AEPONYX and Pasqal.
NGen reports CAD 716,798.02 in NGen investment and CAD 1,937,291.50 total project value for an OSCP-led photonic-wirebonding project with AEPONYX and Pasqal.
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