Dartmouth designer and manufacturer of satellite-connected oceanographic, tracking, search-and-rescue and defence or security telemetry systems, including drifting buoys, acoustic profiling floats, beacons and Iridium communications hardware and services.
Operating context
MetOcean combines Dartmouth-based product design and manufacturing with Iridium value-added-reseller integration, airtime, monitoring software and support. Its public portfolio spans iSLDMB and environmental drifters, PABLO and NiKA acoustic profilers, STREAM satellite terminals, MASS naval scoring and third-party products it distributes or integrates; product ownership, bearer specifications and customer proof must be assessed separately.
Canadian footprint
Federal records identify legal recipient Metocean Telematics Limited, business number 103650503, at 11 Thornhill Drive in Dartmouth. The official site places headquarters, research and development and production there; Iridium independently identifies Dartmouth development and manufacturing. The official 40,000-square-foot and 20,000-square-foot manufacturing figures remain owner-controlled.
Dartmouth, Nova Scotia is the source-supported published location for MetOcean Telematics. Use it as organizational context, not as operating-access guidance.
MetOcean matters when teams need Canadian access to autonomous ocean sensing, recoverable buoys and satellite backhaul rather than a single platform. Public records distinguish operational PABLO and drifter use, a National Defence NiKA/PAMS award and current US Coast Guard iSLDMB orders from vendor-only performance claims. The next conversation should verify exact orderable configurations, production lead times, acceptance evidence, security accreditation and whether each submerged system returns data only after surfacing.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Deployable maritime live-fire scoring and training system
Read technical summary
Deploy a portable maritime range system that uses acoustic sensor buoys and platform position data to calculate and display live-fire water-impact locations for training and scoring.
Evidence of maturity
UK Contracts Finder records a GBP 990,000 award to MetOcean Telematics UK on January 22, 2020, for a Mobile Acoustic Scoring System with a February 2020–January 2025 term and maintenance, storage and training options. It is historical procurement evidence, not a new 2026 award or commissioning result.
Commercial availability
MetOcean maintains a current MASS product page; public pricing, standard configuration, training package, certification scope and delivery lead time are not disclosed.
Core features
Six acoustic sensor buoys for impact-event triangulation
GPS and radio position inputs for buoys and firing platforms
Portable ship-deployable and recoverable system architecture
Vendor-listed radio line of sight of at least 20 kilometres
Vendor-listed operating duration of about 72 hours
Position and acoustic observations are combined in the scoring controller for training feedback
Autonomous acoustic subsea surveillance and profiling float
Read technical summary
Collect acoustic and environmental data through an autonomous profiling float, then return processed mission and position data over Iridium Certus 100 after the float surfaces.
Evidence of maturity
CanadaBuys records a C$1.029 million DND PAMS award dated December 15, 2025, with a March 2026 term end and June 2026 publication. MetOcean separately reported hundreds of NiKA shipments in March 2026; FLANQ announced German integration cooperation. Award, vendor shipment claims and partner support do not establish independent acceptance.
Commercial availability
MetOcean markets NiKA and FLANQ lists support in Germany; the exact production configuration, lead time, security accreditation and contract-delivery status require verification.
Core features
Hydrophone-equipped profiling cycle to a vendor-rated 1,000 metres
Profile underwater sound at programmed depths to support environmental soundscape and marine-noise monitoring, processing observations onboard and transmitting results by Iridium after resurfacing.
Evidence of maturity
A 2024 peer-reviewed Santos Basin study reports 234 PABLO launches during 2015–2021, with 226 floats returning data. This is substantive environmental field evidence, while exact current configuration, defence qualification and acceptance remain separate questions.
Commercial availability
MetOcean maintains a public PABLO product page, but current unit pricing, production lead time, supported payload options and standard mission package are not disclosed.
Core features
Programmable profiling and acoustic sampling to a vendor-rated 1,000 metres
Acoustic measurements at selected depths during ascent
Onboard processing of acoustic parameters and spectra
Iridium short-burst transmission after resurfacing
Freely drifting Lagrangian mission architecture
Vendor describes approximately 300 daily profiles for a roughly one-year mission
Iridium-connected telemetry terminals, tracking hardware and data services
Read technical summary
Integrate remote sensors, vessels and assets through Iridium short-burst and Certus terminals, subscriptions, monitoring software and customer-side data workflows.
Evidence of maturity
Iridium names MetOcean as a value-added reseller and reports MetOcean support for Canadian Coast Guard VesseLINK 700 integration. The Thales terminal is third-party hardware, not a MetOcean-manufactured product.
Commercial availability
MetOcean offers terminals, airtime and integration support. Its current STREAM1 page still posts a near-0 C reliability advisory for certain 9704 units; an earlier expected replacement window does not establish resolution. Verify the exact terminal and temperature envelope before ordering.
Core features
STREAM 200, 210 and 211 modules using Iridium 9603N with RS-232 or UART interfaces
STREAM+ Certus 100 terminal with vendor-listed 22 kbps uplink and 88 kbps downlink bearer rates
JSON serial API, RS-232, RS-485, PPP and FTPS integration workflows
Customer-side software, antenna, satellite subscription and routing dependencies
Drifting buoy, datum marker and ocean-tracking systems
Read technical summary
Collect position, sea-surface temperature and drift data through iSLDMB and environmental drifter products, then return observations over Iridium for search and rescue, spill response and ocean monitoring.
Evidence of maturity
USAspending records three 2026 USCG iSLDMB calls; the Brazilian Navy records maintenance of two owned units; and peer-reviewed researchers report twelve MetOcean surface drifters operating at least 68 days. These sources do not establish delivery acceptance for the 2026 calls.
Commercial availability
MetOcean and Iridium maintain the iSLDMB product offer. NATO A-size describes deployment compatibility; reporting interval, power configuration, subscription, current order capacity and delivery schedule require confirmation.
Core features
NATO A-size iSLDMB with GPS, sea-surface temperature and bidirectional Iridium telemetry
Aircraft or ship deployment for search-and-rescue datum marking
Vendor-listed iSLDMB endurance up to about 15 days depending reporting frequency
iSPHERE, iSVP and research drifter variants for environmental monitoring
Public record
Recent activity
Aug 12, 2026
USAspending records a US Coast Guard call signed 2026-08-12 for USD 470,005 of iSLDMB search-and-rescue buoys, running through 2027-09-01. It is the third 2026 call under BPA 70Z03826AE0000002; the award records establish obligations, not unit count, delivery, acceptance or operational performance.
MetOcean offers oceanographic and satellite-telemetry hardware, airtime, tracking services and support through direct sales and its Iridium partner channel.
Financing and disclosed activity
NRC IRAP agreement 1040736 provides CAD 75,000 for a 2026 defence-readiness requirements project; this is contribution funding, not equity, procurement or delivered-product revenue.
Organization role. CanadaBuys records award W3371-265156/001/MAR to Metocean Telematics Limited for CAD 1.029 million, awarded 2025-12-15 with a term through 2026-03-31. The award notice does not disclose delivered quantity, acceptance or operational performance.
Program. National Defence procurement for the NiKA/PAMS autonomous maritime surveillance requirement.
NiKA autonomous acoustic profiling float may help teams working on Persistent uncrewed underwater surveillance by contributing to maritime and undersea operations, Arctic and northern operations, and detection and situational awareness.
Which NiKA/PAMS and iSLDMB configurations have been delivered and accepted under the cited awards, and what non-sensitive test results can be shared?
The DND NiKA/PAMS award and three USCG iSLDMB calls establish procurement events, but their public records do not disclose quantities, delivered configurations, acceptance results or operational performance.
02
Which personnel, facility, cybersecurity and data-handling controls apply to each defence configuration beyond Controlled Goods registration?
Controlled Goods registration is confirmed through 2031-01-28, while personnel, facility, cybersecurity, data-residency and product-accreditation details remain outside the reviewed public record.
03
What unit capacity, lead time, quality-certificate scope and Canadian workshare apply to NiKA, iSLDMB, PABLO, STREAM and MASS orders?
MetOcean and Iridium support a Dartmouth manufacturing nexus, but public sources do not establish current throughput, backlog, product-level domestic workshare or certified quality scope.
04
For the selected mission, which sensing, satellite, software and third-party components are included, and where are the integration and data-return boundaries?
Public materials distinguish submerged sensing from satellite transmission after surfacing and also mix MetOcean-built products with third-party systems it distributes or integrates.
Original sources 47 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Derived reviewer question grounded in MetOcean Telematics and the record-specific MetOcean evidence limits.
Supports: Profile · organization categories
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.categories.1: ocean_technology. Evidence boundary: TNM maps the oceanographic product and manufacturing evidence to ocean_technology. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.profileData.portfolioScope: Oceanographic and search-and-rescue buoys, acoustic profiling floats, satellite IoT terminals, beacons, tracking devices, airtime and custom telemetry systems.. Evidence boundary: The cited source set supports the product and service portfolio without implying all products share defence qualification. Source scope: Historical independent profile of custom meteorological, oceanographic, defence and security telemetry, exports and EDC relationship since 2003.
Public sources cited · Facts and assessments kept separate · Human review
Organization role. CanadaBuys records competitively awarded contract 700827484 to MetOcean for CAD 15.142 million from 2025-07-01 through 2028-06-30. The ceiling and 43-client scope do not establish realized expenditure, call-up volume or adoption by every partner organization.
Program. As-required Iridium services, products, components and specialized equipment for Shared Services Canada and its partner organizations or clients.
Sponsor or operator: National Research Council Canada
Funded
Organization role. Agreement 1040736 provides CAD 75,000 to MetOcean for requirements engagement from 2026-03-24 through 2026-05-22; it is not procurement, device delivery or operational adoption.
Program. A time-bounded NRC IRAP project to engage naval organizations and researchers on long-term requirements for autonomous acoustic subsea devices.
CanadaBuys records competitive contract K3D33-220101/001/KIN for buoy products, with a total value of CAD 632,523.99 including amendments and an expiry date of 2026-03-31.
Indian ASW surveillance integration partner
Kalyani Strategic Systems Limited
MetOcean announced a strengthened KSSL partnership in February 2026 following an Indian Ministry of Defence ASW surveillance award. MetOcean supplies autonomous undersea sensing and satellite-enabled surveillance technology, while KSSL provides integration and in-country delivery. Contract value and accepted deployment are undisclosed.
Iridium vessel-connectivity integration support
Canadian Coast Guard
Iridium reported that the Canadian Coast Guard deployed Thales VesseLINK 700 terminals on vessels with support from Iridium partner MetOcean. The terminal is Thales hardware, and the source gives no MetOcean contract value.
ISLDMB blanket-purchase-agreement customer
United States Coast Guard
USAspending records a five-year iSLDMB BPA and three 2026 call orders to MetOcean totaling USD 2,350,025 in obligations for USCG search-and-rescue operations. The records do not disclose unit count, delivery or acceptance.
NiKA German integration and support partner
FLANQ
FLANQ independently identifies strategic cooperation to integrate and support MetOcean's NiKA system in Germany. The announcement does not establish a German customer order, completed trial, acceptance or NATO certification.
PABLO environmental-monitoring deployment
Petrobras
Petrobras and a peer-reviewed project paper document MetOcean PABLO profilers in the Santos Basin underwater soundscape program; 234 were launched and 226 returned data in the 2015-2021 first cycle. This is environmental use, not defence validation.
Satellite network and value-added-reseller partner
Iridium Communications Inc.
Iridium's partner directory identifies MetOcean as a Dartmouth-based developer and manufacturer and an Iridium value-added reseller for connected telemetry and tracking products.
Funding and ownership
NRC IRAP contribution
$75,000
NRC IRAP agreement 1040736 provides CAD 75,000 for MetOcean's 2026 requirements-engagement project on autonomous acoustic subsea devices; it is not an equity financing or procurement award.
CanExport export-market development contribution
$38,000
NRC records CanExport agreement 1041985 with Metocean Telematics Limited for CAD 38,000 from April 1, 2026 to January 31, 2027. It supports export-market development; the public record does not identify a target market or customer and does not establish an export sale.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
The cited record directly supports this bounded public leaf. organization.websiteUrl: https://metocean.com/. Evidence boundary: The current company surface supports operating identity and public access. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
The cited record directly supports this bounded public leaf. organization.publicContact.contactPageUrl: https://metocean.com/about/. Evidence boundary: The current company surface supports operating identity and public access. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Supports: Profile · operating context
MetOcean describes Dartmouth-based design, engineering, production and end-to-end telemetry delivery across environmental, defence and security systems.
Supports: Profile · dual use posture
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.dualUsePosture: MetOcean's oceanographic buoys, acoustic profiling floats and satellite telemetry serve civil, environmental, search-and-rescue and defence or security contexts, with each procurement and maturity claim bounded separately.. Evidence boundary: TNM derives dual-use posture from civil, export and defence-readiness evidence. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Supports: Profile · canadian footprint
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.canadianFootprint: Federal records identify legal recipient Metocean Telematics Limited, business number 103650503, at 11 Thornhill Drive in Dartmouth. The official site places headquarters, research and development and production there; Iridium independently identifies Dartmouth development and manufacturing. The official 40,000-square-foot and 20,000-square-foot manufacturing figures remain owner-controlled.. Evidence boundary: Federal identity and an independent network partner corroborate Dartmouth development and manufacturing. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.3.question: What current unit capacity, lead time, quality-certificate scope and domestic workshare apply to each selected product family?. Evidence boundary: The manufacturing nexus is supported, while current capacity and independent certificate scope remain unresolved. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Supports: Profile · operating context
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.operatingContext: MetOcean designs and manufactures data-acquisition and telemetry systems at its Dartmouth headquarters and offers satellite IoT hardware, airtime and support, ocean and ice tracking, drifting buoys, search-and-rescue products and custom defence or security systems. The official company history states that MetOcean Data Systems, incorporated in 1984, and JouBeh Technologies, established in 2008, combined as MetOcean Telematics effective 2017-01-01. Treat these as constituent history, not unqualified aliases or entity-number continuity. NRC IRAP agreement 1040736 is defence-readiness and customer-requirements exploration, not a delivered device, procurement award or operational adoption.. Evidence boundary: Current operations, c
The cited record directly supports this bounded public leaf. organization.publicContact.publicPhone: +1 902 468 2505. Evidence boundary: The current company surface supports operating identity and public access. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.3.context: MetOcean and Iridium support a Dartmouth manufacturing nexus, while facility areas and ISO claims remain owner-controlled and public sources do not disclose current throughput, backlog or product-level workshare.. Evidence boundary: The manufacturing nexus is supported, while current capacity and independent certificate scope remain unresolved. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Supports: Profile · profileData.portfolioScope
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.profileData.portfolioScope: Oceanographic and search-and-rescue buoys, acoustic profiling floats, satellite IoT terminals, beacons, tracking devices, airtime and custom telemetry systems.. Evidence boundary: The cited source set supports the product and service portfolio without implying all products share defence qualification. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Supports: Profile · name
The cited record directly supports this bounded public leaf. organization.name: MetOcean Telematics. Evidence boundary: The current company surface supports operating identity and public access. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Supports: Profile · profileData.operatingModel
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.profileData.operatingModel: Direct hardware and service sales with satellite airtime, integration, support and an Iridium value-added-reseller channel.. Evidence boundary: Company and partner channels support the stated operating model. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Derived reviewer question grounded in MetOcean Telematics and the record-specific MetOcean evidence limits.
Supports: Profile · description
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.description: Dartmouth designer and manufacturer of satellite-connected oceanographic, tracking, search-and-rescue and defence or security telemetry systems, including drifting buoys, acoustic profiling floats, beacons and Iridium communications hardware and services.. Evidence boundary: Current company, independent partner and Crown-corporation profiles jointly support the bounded portfolio description. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Supports: Profile · commercial status
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.commercialStatus: MetOcean offers oceanographic and satellite-telemetry hardware, airtime, tracking services and support through direct sales and its Iridium partner channel.. Evidence boundary: The current company and Iridium partner surfaces support direct and channel access. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
The cited record directly supports this bounded public leaf. organization.publicContact.publicEmail: sales@metocean.com. Evidence boundary: The current company surface supports operating identity and public access. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.profileData.manufacturingModel: MetOcean and Iridium identify Dartmouth development and manufacturing; public sources do not independently establish current capacity, backlog or product-specific domestic workshare.. Evidence boundary: Company and independent partner evidence support Dartmouth manufacturing while capacity remains unknown. Source scope: Current operating role, Dartmouth headquarters, product portfolio, contact and owner-stated facilities and ISO claims.
Public Services and Procurement Canada supports MetOcean Telematics set security posture as: Public Services and Procurement Canada's directory lists Metocean Telematics Limited as registered in the Controlled Goods Program through 2031-01-28. The public record does not disclose personnel or facility clearance levels, product-specific cyber accreditation, classified-handling authority or which configurations fall within the registration.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.canadianFootprint: Federal records identify legal recipient Metocean Telematics Limited, business number 103650503, at 11 Thornhill Drive in Dartmouth. The official site places headquarters, research and development and production there; Iridium independently identifies Dartmouth development and manufacturing. The official 40,000-square-foot and 20,000-square-foot manufacturing figures remain owner-controlled.. Evidence boundary: Federal identity and an independent network partner corroborate Dartmouth development and manufacturing. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
Supports: Profile · primary location.city
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.city: Dartmouth. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
Supports: Profile · primary location.longitude
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.longitude: -63.5955428. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
Supports: Profile · entity kind
True North Map derives this bounded screening leaf from the cited premise. organization.entityKind: company. Evidence boundary: TNM maps the federal for-profit recipient record to the company entity kind. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
Supports: Profile · primary location.countrycode
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.countryCode: CA. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
Supports: Profile · legal name
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.legalName: Metocean Telematics Limited. Evidence boundary: Federal recipient, contract and trademark records converge on the legal name. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
Supports: Profile · primary location.latitude
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.latitude: 44.7000117. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.provinceTerritory: Nova Scotia. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
Supports: Profile · organization categories
True North Map derives this bounded screening leaf from the cited premise. organization.categories.0: commercial_company. Evidence boundary: TNM maps the federal for-profit recipient record to commercial_company. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
Supports: Profile · aliases
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.aliases.0: MetOcean Telematics Ltd.. Evidence boundary: Federal and CIPO records support this legal-name styling. Source scope: Identifies legal name Metocean Telematics Limited, operating name MetOcean Telematics, BN 103650503, Dartmouth location and for-profit status.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.legalName: Metocean Telematics Limited. Evidence boundary: Federal recipient, contract and trademark records converge on the legal name. Source scope: Competitive open-bidding buoy contract awarded to MetOcean Telematics Limited, total CAD 632,523.99 including amendments, expiring 2026-03-31.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.0.context: The reviewed notices identify pre-selected suppliers and proposed requirements, while neither the notices nor the competitive ECCC buoy contract establishes a completed DND award or acceptance event.. Evidence boundary: Notices and the separate awarded contract expose a specific ACAN lifecycle decision gap. Source scope: Competitive open-bidding buoy contract awarded to MetOcean Telematics Limited, total CAD 632,523.99 including amendments, expiring 2026-03-31.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.0.question: Did either DND ACAN proceed to award, delivery, acceptance or cancellation, and under which final contract identifiers?. Evidence boundary: Notices and the separate awarded contract expose a specific ACAN lifecycle decision gap. Source scope: Competitive open-bidding buoy contract awarded to MetOcean Telematics Limited, total CAD 632,523.99 including amendments, expiring 2026-03-31.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
The cited record directly supports this bounded public leaf. capabilities.1.features.3: Competitive ECCC buoy contract. Evidence boundary: CanadaBuys records an awarded competitive federal buoy contract. Source scope: Competitive open-bidding buoy contract awarded to MetOcean Telematics Limited, total CAD 632,523.99 including amendments, expiring 2026-03-31.
Supports: Satellite-connected drifting and search-and-rescue buoys · maturity
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. capabilities.1.maturity: Iridium identifies current manufactured buoy products and CanadaBuys records a competitive federal buoy contract; the DND refurbishment ACAN remains proposed proprietary work.. Evidence boundary: Independent partner and awarded-contract evidence support a fielded commercial buoy family. Source scope: Competitive open-bidding buoy contract awarded to MetOcean Telematics Limited, total CAD 632,523.99 including amendments, expiring 2026-03-31.
Supports: Competitive federal buoy customer relationship
The cited record directly supports this bounded public leaf. relationships.0.relatedOrganizationName: Environment and Climate Change Canada. Evidence boundary: CanadaBuys supports the awarded ECCC customer relationship and exact contract boundary. Source scope: Competitive open-bidding buoy contract awarded to MetOcean Telematics Limited, total CAD 632,523.99 including amendments, expiring 2026-03-31.
Supports: Competitive federal buoy customer relationship
Source location: relationships.0.publicSummary
The cited record directly supports this bounded public leaf. relationships.0.publicSummary: CanadaBuys records competitive contract K3D33-220101/001/KIN for buoy products, with a total value of CAD 632,523.99 including amendments and an expiry date of 2026-03-31.. Evidence boundary: CanadaBuys supports the awarded ECCC customer relationship and exact contract boundary. Source scope: Competitive open-bidding buoy contract awarded to MetOcean Telematics Limited, total CAD 632,523.99 including amendments, expiring 2026-03-31.
Supports: Competitive federal buoy customer relationship
Source location: relationships.0.relationshipType
The cited record directly supports this bounded public leaf. relationships.0.relationshipType: Competitive federal buoy customer. Evidence boundary: CanadaBuys supports the awarded ECCC customer relationship and exact contract boundary. Source scope: Competitive open-bidding buoy contract awarded to MetOcean Telematics Limited, total CAD 632,523.99 including amendments, expiring 2026-03-31.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.2.context: Government, trademark and EDC sources support defence-oriented products and activity, but the reviewed public record does not establish Controlled Goods registration, clearance levels or classified handling authority.. Evidence boundary: Defence-oriented activity and IP classes do not establish controlled handling authority. Source scope: Historical independent profile of custom meteorological, oceanographic, defence and security telemetry, exports and EDC relationship since 2003.
Supports: Profile · description
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.description: Dartmouth designer and manufacturer of satellite-connected oceanographic, tracking, search-and-rescue and defence or security telemetry systems, including drifting buoys, acoustic profiling floats, beacons and Iridium communications hardware and services.. Evidence boundary: Current company, independent partner and Crown-corporation profiles jointly support the bounded portfolio description. Source scope: Historical independent profile of custom meteorological, oceanographic, defence and security telemetry, exports and EDC relationship since 2003.
Supports: Profile · organization categories
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.categories.2: dual_use. Evidence boundary: Civil oceanographic and defence-readiness evidence supports a bounded dual-use classification. Source scope: Historical independent profile of custom meteorological, oceanographic, defence and security telemetry, exports and EDC relationship since 2003.
Supports: Profile · dual use posture
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.dualUsePosture: MetOcean's oceanographic buoys, acoustic profiling floats and satellite telemetry serve civil, environmental, search-and-rescue and defence or security contexts, with each procurement and maturity claim bounded separately.. Evidence boundary: TNM derives dual-use posture from civil, export and defence-readiness evidence. Source scope: Historical independent profile of custom meteorological, oceanographic, defence and security telemetry, exports and EDC relationship since 2003.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.2.question: Which Controlled Goods, personnel security, facility security and recognized cybersecurity controls apply to defence or sensitive work?. Evidence boundary: Defence-oriented activity and IP classes do not establish controlled handling authority. Source scope: Historical independent profile of custom meteorological, oceanographic, defence and security telemetry, exports and EDC relationship since 2003.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.commercialStatus: MetOcean offers oceanographic and satellite-telemetry hardware, airtime, tracking services and support through direct sales and its Iridium partner channel.. Evidence boundary: The current company and Iridium partner surfaces support direct and channel access. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.profileData.manufacturingModel: MetOcean and Iridium identify Dartmouth development and manufacturing; public sources do not independently establish current capacity, backlog or product-specific domestic workshare.. Evidence boundary: Company and independent partner evidence support Dartmouth manufacturing while capacity remains unknown. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · primary location.latitude
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.latitude: 44.7000117. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.3.question: What current unit capacity, lead time, quality-certificate scope and domestic workshare apply to each selected product family?. Evidence boundary: The manufacturing nexus is supported, while current capacity and independent certificate scope remain unresolved. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · primary location.countrycode
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.countryCode: CA. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · organization categories
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.categories.1: ocean_technology. Evidence boundary: TNM maps the oceanographic product and manufacturing evidence to ocean_technology. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · description
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.description: Dartmouth designer and manufacturer of satellite-connected oceanographic, tracking, search-and-rescue and defence or security telemetry systems, including drifting buoys, acoustic profiling floats, beacons and Iridium communications hardware and services.. Evidence boundary: Current company, independent partner and Crown-corporation profiles jointly support the bounded portfolio description. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.provinceTerritory: Nova Scotia. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · primary location.longitude
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.longitude: -63.5955428. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · profileData.operatingModel
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.profileData.operatingModel: Direct hardware and service sales with satellite airtime, integration, support and an Iridium value-added-reseller channel.. Evidence boundary: Company and partner channels support the stated operating model. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.3.context: MetOcean and Iridium support a Dartmouth manufacturing nexus, while facility areas and ISO claims remain owner-controlled and public sources do not disclose current throughput, backlog or product-level workshare.. Evidence boundary: The manufacturing nexus is supported, while current capacity and independent certificate scope remain unresolved. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · primary location.city
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.city: Dartmouth. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · canadian footprint
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.canadianFootprint: Federal records identify legal recipient Metocean Telematics Limited, business number 103650503, at 11 Thornhill Drive in Dartmouth. The official site places headquarters, research and development and production there; Iridium independently identifies Dartmouth development and manufacturing. The official 40,000-square-foot and 20,000-square-foot manufacturing figures remain owner-controlled.. Evidence boundary: Federal identity and an independent network partner corroborate Dartmouth development and manufacturing. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Profile · profileData.portfolioScope
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.profileData.portfolioScope: Oceanographic and search-and-rescue buoys, acoustic profiling floats, satellite IoT terminals, beacons, tracking devices, airtime and custom telemetry systems.. Evidence boundary: The cited source set supports the product and service portfolio without implying all products share defence qualification. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · technicaldomainslugs
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.technicalDomainSlugs.0: communications-and-cyber. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · defence applications
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.applications.3: Satellite telemetry data services. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · commercial availability
The cited record directly supports this bounded public leaf. capabilities.2.commercialAvailability: MetOcean offers hardware, satellite airtime, tracking services and support through direct sales and the Iridium partner channel.. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · maturity
The cited record directly supports this bounded public leaf. capabilities.2.maturity: Iridium independently lists MetOcean as a value-added reseller and identifies current terminal, tracking and telemetry product families.. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.technicalTags.0: satellite IoT. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · defence applications
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.applications.1: Vessel and asset tracking. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · name
The cited record directly supports this bounded public leaf. capabilities.2.name: Satellite IoT telemetry and remote tracking. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · defence applications
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.applications.0: Remote sensor connectivity. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.technicalTags.3: telemetry terminal. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · core features
The cited record directly supports this bounded public leaf. capabilities.2.features.3: Satellite locating, monitoring and tracking services. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.technicalTags.4: remote monitoring. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · technicaldomainslugs
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.technicalDomainSlugs.1: sensing-and-isr. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.technicalTags.2: asset tracking. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · core features
The cited record directly supports this bounded public leaf. capabilities.2.features.2: Vessel and asset tracking. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · core features
The cited record directly supports this bounded public leaf. capabilities.2.features.0: STREAM1 and STREAM+ terminal families. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · core features
The cited record directly supports this bounded public leaf. capabilities.2.features.4: Hardware, airtime and support. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · core features
The cited record directly supports this bounded public leaf. capabilities.2.features.1: Iridium Value-Added Reseller services. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.technicalTags.1: Iridium. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · defence applications
True North Map derives this bounded screening leaf from the cited premise. capabilities.2.applications.2: Field-team communications. Evidence boundary: Technical taxonomy is derived from Iridium's independent current product and partner profile. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · summary
The cited record directly supports this bounded public leaf. capabilities.2.summary: Connect remote sensors, vessels, assets and field teams through satellite modems, terminals, tracking devices, airtime and end-to-end telemetry support.. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite IoT telemetry and remote tracking · capability type
The cited record directly supports this bounded public leaf. capabilities.2.capabilityType: Iridium-connected telemetry terminals, tracking hardware and data services. Evidence boundary: Iridium's partner directory supports current telemetry and tracking product categories and commercial channel status. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · summary
The cited record directly supports this bounded public leaf. capabilities.1.summary: Collect environmental, position and drift data through fielded buoy products and return it over Iridium for ocean observation, search and rescue and remote monitoring.. Evidence boundary: Iridium's independent partner profile supports the current commercial buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.applications.0: Ocean-current and environmental observation. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · technicaldomainslugs
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.technicalDomainSlugs.0: sensing-and-isr. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · capability type
The cited record directly supports this bounded public leaf. capabilities.1.capabilityType: Drifting buoy, datum marker and ocean-tracking systems. Evidence boundary: Iridium's independent partner profile supports the current commercial buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.applications.2: Remote buoy monitoring. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · technicaldomainslugs
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.technicalDomainSlugs.1: communications-and-cyber. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.technicalTags.1: search and rescue. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.technicalTags.0: drifting buoy. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.technicalTags.2: Iridium telemetry. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
The cited record directly supports this bounded public leaf. capabilities.1.features.0: iSLDMB search-and-rescue buoy. Evidence boundary: Iridium independently identifies current manufactured buoy products and integration. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.applications.3: Maritime datum marking. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
The cited record directly supports this bounded public leaf. capabilities.1.features.1: iSPHERE and iSVP drifting buoys. Evidence boundary: Iridium independently identifies current manufactured buoy products and integration. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · commercial availability
The cited record directly supports this bounded public leaf. capabilities.1.commercialAvailability: The buoy family is sold through MetOcean and its satellite-services channel, with federal contract history for environmental buoy products.. Evidence boundary: Iridium's independent partner profile supports the current commercial buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · name
The cited record directly supports this bounded public leaf. capabilities.1.name: Satellite-connected drifting and search-and-rescue buoys. Evidence boundary: Iridium's independent partner profile supports the current commercial buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
The cited record directly supports this bounded public leaf. capabilities.1.features.2: Iridium partner integration. Evidence boundary: Iridium independently identifies current manufactured buoy products and integration. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.technicalTags.3: ocean observation. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · maturity
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. capabilities.1.maturity: Iridium identifies current manufactured buoy products and CanadaBuys records a competitive federal buoy contract; the DND refurbishment ACAN remains proposed proprietary work.. Evidence boundary: Independent partner and awarded-contract evidence support a fielded commercial buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.applications.1: Search-and-rescue drift tracking. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
True North Map derives this bounded screening leaf from the cited premise. capabilities.1.technicalTags.4: datum marker. Evidence boundary: Taxonomy and applications are derived from the independently listed current buoy family. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite network and value-added-reseller partner relationship
Source location: relationships.1.publicSummary
The cited record directly supports this bounded public leaf. relationships.1.publicSummary: Iridium's partner directory identifies MetOcean as a Dartmouth-based developer and manufacturer and an Iridium value-added reseller for connected telemetry and tracking products.. Evidence boundary: Iridium's directory supports the VAR and technology-partner relationship. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite network and value-added-reseller partner relationship
The cited record directly supports this bounded public leaf. relationships.1.relatedOrganizationName: Iridium Communications Inc.. Evidence boundary: Iridium's directory supports the VAR and technology-partner relationship. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
Supports: Satellite network and value-added-reseller partner relationship
Source location: relationships.1.relationshipType
The cited record directly supports this bounded public leaf. relationships.1.relationshipType: Satellite network and value-added-reseller partner. Evidence boundary: Iridium's directory supports the VAR and technology-partner relationship. Source scope: Independently identifies Dartmouth development and manufacturing, Iridium VAR status and current manufactured products Hecto, iSLDMB, iSPHERE, iSVP, iTrac and STREAM+.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.2.context: Government, trademark and EDC sources support defence-oriented products and activity, but the reviewed public record does not establish Controlled Goods registration, clearance levels or classified handling authority.. Evidence boundary: Defence-oriented activity and IP classes do not establish controlled handling authority. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: Profile · current activity
The cited record directly supports this bounded public leaf. organization.currentActivity: NRC IRAP agreement 1040736 provides CAD 75,000 from 2026-03-24 to 2026-05-22 for MetOcean to engage naval organizations and researchers on long-term requirements for autonomous acoustic subsea devices.. Evidence boundary: The direct grant record supports the value, dates and requirements-engagement scope. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: Profile · operating context
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.operatingContext: MetOcean designs and manufactures data-acquisition and telemetry systems at its Dartmouth headquarters and offers satellite IoT hardware, airtime and support, ocean and ice tracking, drifting buoys, search-and-rescue products and custom defence or security systems. The official company history states that MetOcean Data Systems, incorporated in 1984, and JouBeh Technologies, established in 2008, combined as MetOcean Telematics effective 2017-01-01. Treat these as constituent history, not unqualified aliases or entity-number continuity. NRC IRAP agreement 1040736 is defence-readiness and customer-requirements exploration, not a delivered device, procurement award or operational adoption.. Evidence boundary: Current operations, c
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.2.question: Which Controlled Goods, personnel security, facility security and recognized cybersecurity controls apply to defence or sensitive work?. Evidence boundary: Defence-oriented activity and IP classes do not establish controlled handling authority. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: Profile · dual use posture
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.dualUsePosture: MetOcean's oceanographic buoys, acoustic profiling floats and satellite telemetry serve civil, environmental, search-and-rescue and defence or security contexts, with each procurement and maturity claim bounded separately.. Evidence boundary: TNM derives dual-use posture from civil, export and defence-readiness evidence. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: Profile · current activity as of
The cited record directly supports this bounded public leaf. organization.currentActivityAsOf: 2026-03-24. Evidence boundary: The direct grant record supports the value, dates and requirements-engagement scope. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: Profile · disclosed financing summary
The cited record directly supports this bounded public leaf. organization.disclosedFinancingSummary: NRC IRAP agreement 1040736 provides CAD 75,000 for a 2026 defence-readiness requirements project; this is contribution funding, not equity, procurement or delivered-product revenue.. Evidence boundary: The contribution is bounded as government project funding, not equity or procurement. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: Profile · defence posture
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.defencePosture: DND ACANs name MetOcean or its NiKA and iSLDMB products as pre-identified suppliers for proposed requirements, and NRC funds a naval-requirements study; none of these records confirms award, delivery or operational acceptance.. Evidence boundary: TNM derives the bounded defence posture from requirements work and supplier-preidentification notices without inferring award. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: Profile · organization categories
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.categories.2: dual_use. Evidence boundary: Civil oceanographic and defence-readiness evidence supports a bounded dual-use classification. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.participation.lifecycleStage: funded. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.participation.publicSummary: Agreement 1040736 provides CAD 75,000 to MetOcean for requirements engagement from 2026-03-24 through 2026-05-22; it is not procurement, device delivery or operational adoption.. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.participation.externalIdentifiers.0.value: 1040736. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.participation.startedOn: 2026-03-24. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.participation.externalIdentifiers.0.kind: project. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.participation.participationType: Funded project recipient. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.participation.endedOn: 2026-05-22. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.program.name: Defence Readiness Project - Exploring Potential Subsea Devices. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.program.operatorName: National Research Council Canada. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.program.programType: NRC IRAP contribution project. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.program.websiteUrl: https://search.open.canada.ca/grants/record/nrc-cnrc%2C172-2025-2026-Q4-1040736%2Ccurrent. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
The cited record directly supports this bounded public leaf. programParticipations.0.program.summary: A time-bounded NRC IRAP project to engage naval organizations and researchers on long-term requirements for autonomous acoustic subsea devices.. Evidence boundary: The direct grant record supports project identity, recipient, amount, dates and bounded purpose. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: NRC IRAP contribution funding event
Source location: fundingEvents.0.amountValue
The cited record directly supports this bounded public leaf. fundingEvents.0.amountValue: 75000. Evidence boundary: The direct grant record supports a CAD 75,000 contribution, not equity or procurement. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: NRC IRAP contribution funding event
Source location: fundingEvents.0.amountCurrency
The cited record directly supports this bounded public leaf. fundingEvents.0.amountCurrency: CAD. Evidence boundary: The direct grant record supports a CAD 75,000 contribution, not equity or procurement. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: NRC IRAP contribution funding event
Source location: fundingEvents.0.eventType
The cited record directly supports this bounded public leaf. fundingEvents.0.eventType: NRC IRAP contribution. Evidence boundary: The direct grant record supports a CAD 75,000 contribution, not equity or procurement. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
Supports: NRC IRAP contribution funding event
Source location: fundingEvents.0.disclosedSummary
The cited record directly supports this bounded public leaf. fundingEvents.0.disclosedSummary: NRC IRAP agreement 1040736 provides CAD 75,000 for MetOcean's 2026 requirements-engagement project on autonomous acoustic subsea devices; it is not an equity financing or procurement award.. Evidence boundary: The direct grant record supports a CAD 75,000 contribution, not equity or procurement. Source scope: CAD 75,000 agreement from 2026-03-24 to 2026-05-22 to identify requirements for autonomous acoustic subsea devices with naval organizations and researchers.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.2.question: Which Controlled Goods, personnel security, facility security and recognized cybersecurity controls apply to defence or sensitive work?. Evidence boundary: Defence-oriented activity and IP classes do not establish controlled handling authority. Source scope: Active registration names METOCEAN TELEMATICS LIMITED and covers maritime or naval satellite telemetry, beacons, buoys and tracking services.
Supports: Profile · aliases
The cited record directly supports this bounded public leaf. organization.aliases.1: METOCEAN TELEMATICS LIMITED. Evidence boundary: The uppercase form is present in the federal IP record. Source scope: Active registration names METOCEAN TELEMATICS LIMITED and covers maritime or naval satellite telemetry, beacons, buoys and tracking services.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.2.context: Government, trademark and EDC sources support defence-oriented products and activity, but the reviewed public record does not establish Controlled Goods registration, clearance levels or classified handling authority.. Evidence boundary: Defence-oriented activity and IP classes do not establish controlled handling authority. Source scope: Active registration names METOCEAN TELEMATICS LIMITED and covers maritime or naval satellite telemetry, beacons, buoys and tracking services.
Supports: Profile · legal name
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.legalName: Metocean Telematics Limited. Evidence boundary: Federal recipient, contract and trademark records converge on the legal name. Source scope: Active registration names METOCEAN TELEMATICS LIMITED and covers maritime or naval satellite telemetry, beacons, buoys and tracking services.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.0.context: The reviewed notices identify pre-selected suppliers and proposed requirements, while neither the notices nor the competitive ECCC buoy contract establishes a completed DND award or acceptance event.. Evidence boundary: Notices and the separate awarded contract expose a specific ACAN lifecycle decision gap. Source scope: Names MetOcean as the pre-identified supplier for proposed refurbishment of 21 iSLDMB-related units because of proprietary technical data.
Supports: Profile · organization categories
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.categories.3: defence_supplier. Evidence boundary: DND pre-identifies MetOcean products and services in proposed procurement notices; supplier status does not imply award. Source scope: Names MetOcean as the pre-identified supplier for proposed refurbishment of 21 iSLDMB-related units because of proprietary technical data.
Supports: Profile · defence posture
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.defencePosture: DND ACANs name MetOcean or its NiKA and iSLDMB products as pre-identified suppliers for proposed requirements, and NRC funds a naval-requirements study; none of these records confirms award, delivery or operational acceptance.. Evidence boundary: TNM derives the bounded defence posture from requirements work and supplier-preidentification notices without inferring award. Source scope: Names MetOcean as the pre-identified supplier for proposed refurbishment of 21 iSLDMB-related units because of proprietary technical data.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.0.question: Did either DND ACAN proceed to award, delivery, acceptance or cancellation, and under which final contract identifiers?. Evidence boundary: Notices and the separate awarded contract expose a specific ACAN lifecycle decision gap. Source scope: Names MetOcean as the pre-identified supplier for proposed refurbishment of 21 iSLDMB-related units because of proprietary technical data.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
The cited record directly supports this bounded public leaf. capabilities.1.features.4: Proposed proprietary refurbishment of 21 iSLDMB-related units. Evidence boundary: The 21-unit refurbishment remains a proposed ACAN requirement. Source scope: Names MetOcean as the pre-identified supplier for proposed refurbishment of 21 iSLDMB-related units because of proprietary technical data.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.0.context: The reviewed notices identify pre-selected suppliers and proposed requirements, while neither the notices nor the competitive ECCC buoy contract establishes a completed DND award or acceptance event.. Evidence boundary: Notices and the separate awarded contract expose a specific ACAN lifecycle decision gap. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: Profile · defence posture
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.defencePosture: DND ACANs name MetOcean or its NiKA and iSLDMB products as pre-identified suppliers for proposed requirements, and NRC funds a naval-requirements study; none of these records confirms award, delivery or operational acceptance.. Evidence boundary: TNM derives the bounded defence posture from requirements work and supplier-preidentification notices without inferring award. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: Profile · organization categories
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.categories.3: defence_supplier. Evidence boundary: DND pre-identifies MetOcean products and services in proposed procurement notices; supplier status does not imply award. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.1.question: Which NiKA production configuration, endurance, acoustic payload, depth envelope and secure-network qualifications are contractually available?. Evidence boundary: Requirement and challenge sources do not establish final production configuration or acceptance. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.0.question: Did either DND ACAN proceed to award, delivery, acceptance or cancellation, and under which final contract identifiers?. Evidence boundary: Notices and the separate awarded contract expose a specific ACAN lifecycle decision gap. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.1.context: The DND ACAN states proposed requirement parameters and NATO records challenge placement, but these sources do not independently establish the final delivered configuration or operational performance.. Evidence boundary: Requirement and challenge sources do not establish final production configuration or acceptance. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.applications.0: Persistent subsea acoustic and environmental monitoring. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.3: autonomous subsea monitoring. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: NiKA autonomous acoustic profiling float · core features
The cited record directly supports this bounded public leaf. capabilities.0.features.0: DND ACAN requirement for autonomous operation to 1,000 metres. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.applications.3: Satellite return of autonomous float data. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalDomainSlugs.1: autonomous-systems. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: NiKA autonomous acoustic profiling float · core features
The cited record directly supports this bounded public leaf. capabilities.0.features.4: Proposed 6- to 12-month mission duration. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.applications.2: Arctic ocean observation. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.4: Arctic surveillance. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalDomainSlugs.2: communications-and-cyber. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: NiKA autonomous acoustic profiling float · core features
The cited record directly supports this bounded public leaf. capabilities.0.features.3: Iridium Certus-class secure satellite transmission in the proposed requirement. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.commercialAvailability: A DND ACAN identifies MetOcean and NiKA for a proposed requirement, but award status and production configuration require verification.. Evidence boundary: The DND notice supports the bounded NiKA identity and proposed-requirement posture; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.summary: Deploy an autonomous profiling float to collect acoustic and environmental data at depth and transmit mission data by satellite for persistent remote maritime monitoring.. Evidence boundary: The DND notice supports the bounded NiKA identity and proposed-requirement posture; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: NiKA autonomous acoustic profiling float · core features
The cited record directly supports this bounded public leaf. capabilities.0.features.2: Hydrophone plus temperature and pressure sensing in the proposed requirement. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. capabilities.0.maturity: NiKA placed third in NATO's 2023 Arctic challenge and is named in a DND ACAN; this supports evaluation and supplier pre-identification, not an award, delivered system or operational acceptance.. Evidence boundary: NiKA is bounded to supplier pre-identification and challenge evaluation; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: NiKA autonomous acoustic profiling float · core features
The cited record directly supports this bounded public leaf. capabilities.0.features.1: Scheduled and event-triggered acoustic sampling in the proposed requirement. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalDomainSlugs.0: sensing-and-isr. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: NiKA autonomous acoustic profiling float · name
The cited record directly supports this bounded public leaf. capabilities.0.name: NiKA autonomous acoustic profiling float. Evidence boundary: The DND notice supports the bounded NiKA identity and proposed-requirement posture; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
Supports: NiKA autonomous acoustic profiling float · capability type
The cited record directly supports this bounded public leaf. capabilities.0.capabilityType: Autonomous acoustic subsea surveillance and profiling float. Evidence boundary: The DND notice supports the bounded NiKA identity and proposed-requirement posture; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.0: acoustic profiling float. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.2: Iridium Certus. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.1: hydrophone. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.applications.1: Remote maritime surveillance. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.features.2: Hydrophone plus temperature and pressure sensing in the proposed requirement. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.name: NiKA autonomous acoustic profiling float. Evidence boundary: The DND notice supports the bounded NiKA identity and proposed-requirement posture; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.capabilityType: Autonomous acoustic subsea surveillance and profiling float. Evidence boundary: The DND notice supports the bounded NiKA identity and proposed-requirement posture; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalDomainSlugs.0: sensing-and-isr. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalDomainSlugs.1: autonomous-systems. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.applications.3: Satellite return of autonomous float data. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.applications.2: Arctic ocean observation. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.features.0: DND ACAN requirement for autonomous operation to 1,000 metres. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.0: acoustic profiling float. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.summary: Deploy an autonomous profiling float to collect acoustic and environmental data at depth and transmit mission data by satellite for persistent remote maritime monitoring.. Evidence boundary: The DND notice supports the bounded NiKA identity and proposed-requirement posture; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.commercialAvailability: A DND ACAN identifies MetOcean and NiKA for a proposed requirement, but award status and production configuration require verification.. Evidence boundary: The DND notice supports the bounded NiKA identity and proposed-requirement posture; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.applications.1: Remote maritime surveillance. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalDomainSlugs.2: communications-and-cyber. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.3: autonomous subsea monitoring. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.applications.0: Persistent subsea acoustic and environmental monitoring. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. capabilities.0.maturity: NiKA placed third in NATO's 2023 Arctic challenge and is named in a DND ACAN; this supports evaluation and supplier pre-identification, not an award, delivered system or operational acceptance.. Evidence boundary: NiKA is bounded to supplier pre-identification and challenge evaluation; award and delivery remain unconfirmed. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.1: hydrophone. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.2: Iridium Certus. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.features.3: Iridium Certus-class secure satellite transmission in the proposed requirement. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.features.4: Proposed 6- to 12-month mission duration. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
True North Map derives this bounded screening leaf from the cited premise. capabilities.0.technicalTags.4: Arctic surveillance. Evidence boundary: Taxonomy and applications are derived from the bounded DND proposed requirement. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
The cited record directly supports this bounded public leaf. capabilities.0.features.1: Scheduled and event-triggered acoustic sampling in the proposed requirement. Evidence boundary: These are explicitly bounded as DND proposed requirement parameters, not delivered specifications. Source scope: Names MetOcean and NiKA as the pre-identified system for an autonomous underwater maritime-surveillance requirement, estimated CAD 1.127 million, with delivery sought by 2026-03-31.
USAspending.gov supports MetOcean Telematics add uscg relationship publicSummary as: USAspending records a five-year iSLDMB BPA and three 2026 call orders to MetOcean totaling USD 2,350,025 in obligations for USCG search-and-rescue operations. The records do not disclose unit count, delivery or acceptance.
The June2,2026 publication records a C$1,029,000 DND PAMS award to MetOcean dated December15,2025 with term ending March31,2026. Publication date is not award date; expiry does not establish delivery acceptance.
CanadaBuys supports MetOcean Telematics add dnd nika program participation publicSummary as: CanadaBuys records award W3371-265156/001/MAR to Metocean Telematics Limited for CAD 1.029 million, awarded 2025-12-15 with a term through 2026-03-31. The award notice does not disclose delivered quantity, acceptance or operational performance.
Supports: DND NiKA/PAMS autonomous maritime surveillance contract · canonical program
CanadaBuys supports MetOcean Telematics add dnd nika program program programType as: Federal defence procurement
Supports: DND NiKA/PAMS autonomous maritime surveillance contract · canonical program
CanadaBuys supports MetOcean Telematics add dnd nika program program summary as: National Defence procurement for the NiKA/PAMS autonomous maritime surveillance requirement.
Supports: DND NiKA/PAMS autonomous maritime surveillance contract · canonical program
CanadaBuys supports MetOcean Telematics add dnd nika program program name as: DND NiKA/PAMS autonomous maritime surveillance contract
Supports: DND NiKA/PAMS autonomous maritime surveillance contract · canonical program
CanadaBuys supports MetOcean Telematics add dnd nika program program operatorName as: National Defence
Supports: DND NiKA/PAMS autonomous maritime surveillance contract · canonical program
CanadaBuys supports MetOcean Telematics add dnd nika program program websiteUrl as: https://canadabuys.canada.ca/en/tender-opportunities/award-notice/cb-372-53835116
USAspending.gov supports MetOcean Telematics add uscg relationship publicSummary as: USAspending records a five-year iSLDMB BPA and three 2026 call orders to MetOcean totaling USD 2,350,025 in obligations for USCG search-and-rescue operations. The records do not disclose unit count, delivery or acceptance.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.operatingContext: MetOcean designs and manufactures data-acquisition and telemetry systems at its Dartmouth headquarters and offers satellite IoT hardware, airtime and support, ocean and ice tracking, drifting buoys, search-and-rescue products and custom defence or security systems. The official company history states that MetOcean Data Systems, incorporated in 1984, and JouBeh Technologies, established in 2008, combined as MetOcean Telematics effective 2017-01-01. Treat these as constituent history, not unqualified aliases or entity-number continuity. NRC IRAP agreement 1040736 is defence-readiness and customer-requirements exploration, not a delivered device, procurement award or operational adoption.. Evidence boundary: Current operations, c
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.1.context: The DND ACAN states proposed requirement parameters and NATO records challenge placement, but these sources do not independently establish the final delivered configuration or operational performance.. Evidence boundary: Requirement and challenge sources do not establish final production configuration or acceptance. Source scope: MetOcean NiKA placed third in the 2023 Arctic space-to-seabed innovation challenge.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.reviewedQuestions.1.question: Which NiKA production configuration, endurance, acoustic payload, depth envelope and secure-network qualifications are contractually available?. Evidence boundary: Requirement and challenge sources do not establish final production configuration or acceptance. Source scope: MetOcean NiKA placed third in the 2023 Arctic space-to-seabed innovation challenge.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. capabilities.0.maturity: NiKA placed third in NATO's 2023 Arctic challenge and is named in a DND ACAN; this supports evaluation and supplier pre-identification, not an award, delivered system or operational acceptance.. Evidence boundary: NiKA is bounded to supplier pre-identification and challenge evaluation; award and delivery remain unconfirmed. Source scope: MetOcean NiKA placed third in the 2023 Arctic space-to-seabed innovation challenge.
Supports: NiKA autonomous acoustic profiling float · core features
The cited record directly supports this bounded public leaf. capabilities.0.features.5: Third-place result in NATO's 2023 Arctic space-to-seabed innovation challenge. Evidence boundary: NATO records NiKA's third-place challenge result. Source scope: MetOcean NiKA placed third in the 2023 Arctic space-to-seabed innovation challenge.
The cited record directly supports this bounded public leaf. capabilities.0.features.5: Third-place result in NATO's 2023 Arctic space-to-seabed innovation challenge. Evidence boundary: NATO records NiKA's third-place challenge result. Source scope: MetOcean NiKA placed third in the 2023 Arctic space-to-seabed innovation challenge.
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. capabilities.0.maturity: NiKA placed third in NATO's 2023 Arctic challenge and is named in a DND ACAN; this supports evaluation and supplier pre-identification, not an award, delivered system or operational acceptance.. Evidence boundary: NiKA is bounded to supplier pre-identification and challenge evaluation; award and delivery remain unconfirmed. Source scope: MetOcean NiKA placed third in the 2023 Arctic space-to-seabed innovation challenge.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.longitude: -63.5955428. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Active ORION registration names Metocean Telematics Ltd. at 11 Thornhill Drive and covers tracking and surveillance equipment and software.
Supports: Profile · primary location.countrycode
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.countryCode: CA. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Active ORION registration names Metocean Telematics Ltd. at 11 Thornhill Drive and covers tracking and surveillance equipment and software.
Supports: Profile · primary location.latitude
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.latitude: 44.7000117. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Active ORION registration names Metocean Telematics Ltd. at 11 Thornhill Drive and covers tracking and surveillance equipment and software.
Supports: Profile · primary location.city
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.city: Dartmouth. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Active ORION registration names Metocean Telematics Ltd. at 11 Thornhill Drive and covers tracking and surveillance equipment and software.
Supports: Profile · aliases
This source supports one stated premise in the composite public leaf; the complete leaf depends on the cited source set. organization.aliases.0: MetOcean Telematics Ltd.. Evidence boundary: Federal and CIPO records support this legal-name styling. Source scope: Active ORION registration names Metocean Telematics Ltd. at 11 Thornhill Drive and covers tracking and surveillance equipment and software.
True North Map derives this bounded screening leaf from the cited set of premises; this source supports one stated premise. organization.primaryLocation.provinceTerritory: Nova Scotia. Evidence boundary: Independent federal, partner and IP records converge on the Dartmouth address used for exact geocoding. Source scope: Active ORION registration names Metocean Telematics Ltd. at 11 Thornhill Drive and covers tracking and surveillance equipment and software.
USAspending.gov supports MetOcean Telematics add uscg relationship publicSummary as: USAspending records a five-year iSLDMB BPA and three 2026 call orders to MetOcean totaling USD 2,350,025 in obligations for USCG search-and-rescue operations. The records do not disclose unit count, delivery or acceptance.
Supports: NiKA autonomous acoustic profiling float · core features
MetOcean Telematics supports MetOcean Telematics update nika capability features 2 as: Approximately 25 kg vendor-listed system mass
Supports: NiKA autonomous acoustic profiling float · core features
MetOcean Telematics supports MetOcean Telematics update nika capability features 4 as: Acoustic and position data returned by Certus 100 after surfacing
MetOcean Telematics supports MetOcean Telematics update nika capability features 4 as: Acoustic and position data returned by Certus 100 after surfacing
USAspending records the third 2026 USCG iSLDMB call at USD 470,005; the three disclosed obligations total USD 2,350,025.
Supports: Profile · current activity as of
USAspending gives 2026-08-12 as the signed and start date for iSLDMB call 70Z03826FD0000023.
Supports: Profile · current activity
USAspending records call 70Z03826FD0000023 for USD 470,005 of iSLDMBs supporting USCG search-and-rescue operations, signed 2026-08-12 through 2027-09-01.
Supports: Satellite-connected drifting and search-and-rescue buoys · commercial availability
USAspending.gov supports MetOcean Telematics update isldmb drifter capability commercialAvailability as: MetOcean and Iridium list iSLDMB as a current product, and USCG call orders establish current commercial procurement. Public unit pricing, order quantities and standard lead time are not disclosed.
Supports: Satellite-connected drifting and search-and-rescue buoys · maturity
USAspending records the third 2026 USCG iSLDMB call for USD 470,005.
USAspending.gov supports MetOcean Telematics add uscg relationship publicSummary as: USAspending records a five-year iSLDMB BPA and three 2026 call orders to MetOcean totaling USD 2,350,025 in obligations for USCG search-and-rescue operations. The records do not disclose unit count, delivery or acceptance.
Iridium independently names MetOcean as a value-added reseller that integrates satellite devices, services and data with specialized hardware and software.
Supports: Satellite IoT telemetry and remote tracking · maturity
Iridium Communications supports MetOcean Telematics update satellite telemetry capability maturity as: Iridium names MetOcean as a value-added reseller and reports MetOcean support for Canadian Coast Guard VesseLINK 700 integration. The Thales terminal is third-party hardware, not a MetOcean-manufactured product.
Derived assessment: MetOcean's decision value comes from separating fielded PABLO and drifter evidence plus DND and USCG awards from vendor-only performance claims and unresolved configuration boundaries.
Supports: PABLO acoustic profiling float · defence applications
Frontiers in Marine Science supports MetOcean Telematics add pablo capability applications 2 as: Marine-mammal and environmental acoustic observation
Supports: PABLO acoustic profiling float · maturity
Frontiers in Marine Science supports MetOcean Telematics add pablo capability maturity as: Petrobras and a peer-reviewed 2024 paper document PABLO use in the Santos Basin monitoring program; 234 profilers were launched and 226 returned data during the 2015-2021 first cycle. This is environmental deployment evidence, not defence validation.
Supports: PABLO acoustic profiling float · defence applications
Frontiers in Marine Science supports MetOcean Telematics add pablo capability applications 0 as: Underwater soundscape monitoring
Supports: PABLO acoustic profiling float · defence applications
Frontiers in Marine Science supports MetOcean Telematics add pablo capability applications 1 as: Anthropogenic marine-noise assessment
Supports: PABLO acoustic profiling float · maturity
The 2024 peer-reviewed study reports 234 PABLO floats launched in the Santos Basin programme during 2015–2021, with 226 returning data; this is historical environmental field evidence, not defence qualification.
Supports: PABLO environmental-monitoring deployment relationship
Frontiers in Marine Science supports MetOcean Telematics add petrobras relationship publicSummary as: Petrobras and a peer-reviewed project paper document MetOcean PABLO profilers in the Santos Basin underwater soundscape program; 234 were launched and 226 returned data in the 2015-2021 first cycle. This is environmental use, not defence validation.
Supports: PABLO environmental-monitoring deployment relationship
Supports: MASS maritime acoustic scoring and simulation system · technical tags
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · defence applications
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · core features
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · technicaldomainslugs
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · commercial availability
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · technical tags
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · technicaldomainslugs
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · core features
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · core features
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · technical tags
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · defence applications
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · technical tags
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · technology readiness level
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · defence applications
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · capability type
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · name
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · core features
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · core features
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · core features
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · technical tags
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · summary
MASS combines six acoustic sensor buoys with platform position and a controller to locate water-impact events for maritime training. Vendor duration and range are configuration claims, not acceptance results.
Supports: MASS maritime acoustic scoring and simulation system · summary
MetOcean Telematics supports MetOcean Telematics add mass capability summary as: Deploy a portable maritime range system that uses acoustic sensor buoys and platform position data to calculate and display live-fire water-impact locations for training and scoring.
Supports: MASS maritime acoustic scoring and simulation system · defence applications
Supports: MASS maritime acoustic scoring and simulation system · name
MetOcean Telematics supports MetOcean Telematics add mass capability name as: MASS maritime acoustic scoring and simulation system
Supports: MASS maritime acoustic scoring and simulation system · commercial availability
MetOcean Telematics supports MetOcean Telematics add mass capability commercialAvailability as: MetOcean maintains a current MASS product page; public pricing, standard configuration, training package, certification scope and delivery lead time are not disclosed.
Supports: MASS maritime acoustic scoring and simulation system · maturity
The UK Ministry of Defence awarded MetOcean Telematics UK a GBP990,000 Mobile Acoustic Scoring System contract on January22,2020, with February2020–January2025 term and maintenance/storage/training options. It is a historical award, not a current2026 contract or acceptance report.
Supports: MASS maritime acoustic scoring and simulation system · maturity
UK Contracts Finder records the GBP 990,000 Ministry of Defence Mobile Acoustic Scoring System award, with a term from 2020-02-01 through 2025-01-31.
Supports: MASS maritime acoustic scoring and simulation system · maturity
MetOcean identifies the awarded Mobile Acoustic Scoring System as MASS and the intended customer as the Royal Navy, without publishing commissioning or acceptance evidence.
Supports: NiKA autonomous acoustic profiling float · core features
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
Supports: NiKA autonomous acoustic profiling float · name
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
Supports: NiKA autonomous acoustic profiling float · core features
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
Supports: NiKA autonomous acoustic profiling float · name
MetOcean Telematics supports MetOcean Telematics update nika capability summary as: Collect acoustic and environmental data through an autonomous profiling float, then return processed mission and position data over Iridium Certus 100 after the float surfaces.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
Supports: NiKA autonomous acoustic profiling float · core features
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
Supports: NiKA autonomous acoustic profiling float · capability type
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
Supports: NiKA autonomous acoustic profiling float · core features
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
Supports: NiKA autonomous acoustic profiling float · core features
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
Supports: NiKA autonomous acoustic profiling float · core features
NiKA's vendor profile describes acoustic profiling to 1,000 m and mission-dependent endurance over a year, with Certus 100 satellite communications after surfacing rather than a continuous underwater satellite link.
MetOcean Telematics supports MetOcean Telematics update nika capability summary as: Collect acoustic and environmental data through an autonomous profiling float, then return processed mission and position data over Iridium Certus 100 after the float surfaces.
FLANQ supports MetOcean Telematics update nika capability commercialAvailability as: MetOcean markets NiKA and FLANQ lists support in Germany; the exact production configuration, lead time, security accreditation and contract-delivery status require verification.
FLANQ supports MetOcean Telematics update nika capability commercialAvailability as: MetOcean markets NiKA and FLANQ lists support in Germany; the exact production configuration, lead time, security accreditation and contract-delivery status require verification.
Supports: NiKA German integration and support partner relationship
Supports: NiKA German integration and support partner relationship
FLANQ supports MetOcean Telematics add flanq relationship relationshipType as: NiKA German integration and support partner
Supports: NiKA German integration and support partner relationship
FLANQ supports MetOcean Telematics add flanq relationship publicSummary as: FLANQ independently identifies strategic cooperation to integrate and support MetOcean's NiKA system in Germany. The announcement does not establish a German customer order, completed trial, acceptance or NATO certification.
The March 31, 2026 company update reports hundreds of NiKA units shipped to Canada, the US, India and Taiwan and NATO trials. These are supplier-reported shipments, not independently verified acceptance counts.
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.
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: PABLO acoustic profiling float · capability type
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technical tags
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · name
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · defence applications
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technical tags
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · commercial availability
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · summary
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · core features
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technical tags
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · core features
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · core features
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technicaldomainslugs
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technicaldomainslugs
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technology readiness level
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · core features
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technical tags
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · defence applications
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · defence applications
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technical tags
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · core features
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · core features
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · technicaldomainslugs
PABLO samples sound at programmed depths in the upper 1,000 m, processes onboard and transmits through Iridium SBD on surfacing; the company describes about 300 daily profiles and approximately one-year missions.
Supports: PABLO acoustic profiling float · core features
MetOcean Telematics supports MetOcean Telematics add pablo capability features 0 as: Programmable profiling and acoustic sampling to a vendor-rated 1,000 metres
Supports: PABLO acoustic profiling float · core features
MetOcean Telematics supports MetOcean Telematics add pablo capability features 4 as: Freely drifting Lagrangian mission architecture
Supports: PABLO acoustic profiling float · core features
MetOcean Telematics supports MetOcean Telematics add pablo capability features 1 as: Acoustic measurements at selected depths during ascent
Supports: PABLO acoustic profiling float · core features
MetOcean Telematics supports MetOcean Telematics add pablo capability features 2 as: Onboard processing of acoustic parameters and spectra
Supports: PABLO acoustic profiling float · core features
MetOcean Telematics supports MetOcean Telematics add pablo capability features 3 as: Iridium short-burst transmission after resurfacing
Supports: PABLO acoustic profiling float · summary
MetOcean Telematics supports MetOcean Telematics add pablo capability summary as: Profile underwater sound at programmed depths to support environmental soundscape and marine-noise monitoring, processing observations onboard and transmitting results by Iridium after resurfacing.
Supports: PABLO acoustic profiling float · technical tags
MetOcean Telematics supports MetOcean Telematics add pablo capability technicalTags 0 as: PABLO
Supports: PABLO acoustic profiling float · capability type
Supports: PABLO acoustic profiling float · commercial availability
MetOcean Telematics supports MetOcean Telematics add pablo capability commercialAvailability as: MetOcean maintains a public PABLO product page, but current unit pricing, production lead time, supported payload options and standard mission package are not disclosed.
Supports: PABLO acoustic profiling float · technicaldomainslugs
Supports: PABLO acoustic profiling float · maturity
Petrobras supports MetOcean Telematics add pablo capability maturity as: Petrobras and a peer-reviewed 2024 paper document PABLO use in the Santos Basin monitoring program; 234 profilers were launched and 226 returned data during the 2015-2021 first cycle. This is environmental deployment evidence, not defence validation.
Supports: PABLO environmental-monitoring deployment relationship
Supports: Satellite IoT telemetry and remote tracking · maturity
Iridium Communications supports MetOcean Telematics update satellite telemetry capability maturity as: Iridium names MetOcean as a value-added reseller and reports MetOcean support for Canadian Coast Guard VesseLINK 700 integration. The Thales terminal is third-party hardware, not a MetOcean-manufactured product.
Supports: Iridium vessel-connectivity integration support relationship
Iridium Communications supports MetOcean Telematics add canadian coast guard relationship relatedOrganizationName as: Canadian Coast Guard
Supports: Iridium vessel-connectivity integration support relationship
Iridium Communications supports MetOcean Telematics add canadian coast guard relationship publicSummary as: Iridium reported that the Canadian Coast Guard deployed Thales VesseLINK 700 terminals on vessels with support from Iridium partner MetOcean. The terminal is Thales hardware, and the source gives no MetOcean contract value.
Supports: Iridium vessel-connectivity integration support relationship
Iridium Communications supports MetOcean Telematics add canadian coast guard relationship relationshipType as: Iridium vessel-connectivity integration support
Supports: Satellite IoT telemetry and remote tracking · commercial availability
STREAM1 is the IMT 9704-based OEM/plug-and-play telemetry offer, distinct from the 9603N SBD STREAM modules and Certus 100 STREAM+. The current page still warns of unreliable performance near 0 C for certain Iridium 9704 units and discusses above-10 C shipments and anticipated late-March to early-May 2026 replacements. This past expectation is not proof that the issue is resolved.
Supports: Satellite IoT telemetry and remote tracking · core features
STREAM1 is the IMT 9704-based OEM/plug-and-play telemetry offer, distinct from the 9603N SBD STREAM modules and Certus 100 STREAM+. The current page still warns of unreliable performance near 0 C for certain Iridium 9704 units and discusses above-10 C shipments and anticipated late-March to early-May 2026 replacements. This past expectation is not proof that the issue is resolved.
Supports: Satellite-connected drifting and search-and-rescue buoys · maturity
Iridium lists iSLDMB with its 9602 module, dual-band Iridium/GPS antenna and 10 alkaline AA cells. NATO A-size compatibility concerns form factor, ballistic coefficient, centre of gravity and mass.
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
Supports: Satellite-connected drifting and search-and-rescue buoys · commercial availability
Iridium Communications supports MetOcean Telematics update isldmb drifter capability commercialAvailability as: MetOcean and Iridium list iSLDMB as a current product, and USCG call orders establish current commercial procurement. Public unit pricing, order quantities and standard lead time are not disclosed.
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
Supports: Satellite-connected drifting and search-and-rescue buoys · commercial availability
Iridium lists iSLDMB with its 9602 module, dual-band Iridium/GPS antenna and 10 alkaline AA cells. NATO A-size compatibility concerns form factor, ballistic coefficient, centre of gravity and mass.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
Iridium lists iSLDMB with its 9602 module, dual-band Iridium/GPS antenna and 10 alkaline AA cells. NATO A-size compatibility concerns form factor, ballistic coefficient, centre of gravity and mass.
Supports: Satellite-connected drifting and search-and-rescue buoys · commercial availability
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technology readiness level
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · capability type
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
MetOcean Telematics supports MetOcean Telematics update isldmb drifter capability features 2 as: Vendor-listed iSLDMB endurance up to about 15 days depending reporting frequency
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technicaldomainslugs
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · name
MetOcean Telematics supports MetOcean Telematics update isldmb drifter capability name as: Satellite-connected drifting and search-and-rescue buoys
Supports: Satellite-connected drifting and search-and-rescue buoys · capability type
MetOcean Telematics supports MetOcean Telematics update isldmb drifter capability capabilityType as: Drifting buoy, datum marker and ocean-tracking systems
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technicaldomainslugs
Supports: Satellite-connected drifting and search-and-rescue buoys · maturity
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technicaldomainslugs
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · summary
MetOcean Telematics supports MetOcean Telematics update isldmb drifter capability summary as: Collect position, sea-surface temperature and drift data through iSLDMB and environmental drifter products, then return observations over Iridium for search and rescue, spill response and ocean monitoring.
Supports: Satellite-connected drifting and search-and-rescue buoys · summary
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
MetOcean Telematics supports MetOcean Telematics update isldmb drifter capability features 1 as: Aircraft or ship deployment for search-and-rescue datum marking
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
MetOcean Telematics supports MetOcean Telematics update isldmb drifter capability features 3 as: iSPHERE, iSVP and research drifter variants for environmental monitoring
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · name
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · technical tags
Supports: Satellite-connected drifting and search-and-rescue buoys · defence applications
NATO A-size iSLDMB supports aircraft or ship deployment, GPS, sea-surface temperature and bidirectional Iridium reporting, with up to 15 days vendor endurance depending on reporting rate.
Supports: Satellite-connected drifting and search-and-rescue buoys · core features
MetOcean Telematics supports MetOcean Telematics update isldmb drifter capability features 0 as: NATO A-size iSLDMB with GPS, sea-surface temperature and bidirectional Iridium telemetry
CanadaBuys supports MetOcean Telematics add ssc iridium program participation publicSummary as: CanadaBuys records competitively awarded contract 700827484 to MetOcean for CAD 15.142 million from 2025-07-01 through 2028-06-30. The ceiling and 43-client scope do not establish realized expenditure, call-up volume or adoption by every partner organization.
CanadaBuys supports MetOcean Telematics add ssc iridium program program summary as: As-required Iridium services, products, components and specialized equipment for Shared Services Canada and its partner organizations or clients.
Supports: Indian ASW surveillance integration partner relationship
MetOcean announced on February 16, 2026 a strengthened partnership with Kalyani Strategic Systems Limited following an Indian Ministry of Defence ASW surveillance contract. MetOcean supplies autonomous undersea sensing and satellite-enabled surveillance technologies while KSSL provides integration and in-country delivery. The release does not disclose contract value, system count or accepted deployment.
Supports: Indian ASW surveillance integration partner relationship
MetOcean announced on February 16, 2026 a strengthened partnership with Kalyani Strategic Systems Limited following an Indian Ministry of Defence ASW surveillance contract. MetOcean supplies autonomous undersea sensing and satellite-enabled surveillance technologies while KSSL provides integration and in-country delivery. The release does not disclose contract value, system count or accepted deployment.
Supports: Indian ASW surveillance integration partner relationship
MetOcean announced on February 16, 2026 a strengthened partnership with Kalyani Strategic Systems Limited following an Indian Ministry of Defence ASW surveillance contract. MetOcean supplies autonomous undersea sensing and satellite-enabled surveillance technologies while KSSL provides integration and in-country delivery. The release does not disclose contract value, system count or accepted deployment.
Supports: Indian ASW surveillance integration partner relationship
MetOcean announced on February 16, 2026 a strengthened partnership with Kalyani Strategic Systems Limited following an Indian Ministry of Defence ASW surveillance contract. MetOcean supplies autonomous undersea sensing and satellite-enabled surveillance technologies while KSSL provides integration and in-country delivery. The release does not disclose contract value, system count or accepted deployment.
Supports: CanExport export-market development contribution funding event
NRC records CanExport agreement 1041985 with Metocean Telematics Limited, operating as MetOcean Telematics, for CAD 38,000 from April 1, 2026 to January 31, 2027. It supports export-market development; the record does not name a target market or establish an export sale.
Supports: CanExport export-market development contribution funding event
NRC records CanExport agreement 1041985 with Metocean Telematics Limited, operating as MetOcean Telematics, for CAD 38,000 from April 1, 2026 to January 31, 2027. It supports export-market development; the record does not name a target market or establish an export sale.
Supports: CanExport export-market development contribution funding event
NRC records CanExport agreement 1041985 with Metocean Telematics Limited, operating as MetOcean Telematics, for CAD 38,000 from April 1, 2026 to January 31, 2027. It supports export-market development; the record does not name a target market or establish an export sale.
Supports: CanExport export-market development contribution funding event
NRC records CanExport agreement 1041985 with Metocean Telematics Limited, operating as MetOcean Telematics, for CAD 38,000 from April 1, 2026 to January 31, 2027. It supports export-market development; the record does not name a target market or establish an export sale.
Supports: CanExport export-market development contribution funding event
NRC records CanExport agreement 1041985 with Metocean Telematics Limited, operating as MetOcean Telematics, for CAD 38,000 from April 1, 2026 to January 31, 2027. It supports export-market development; the record does not name a target market or establish an export sale.
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