Marecomms is a Halifax company founded in 2017 that develops ROAM underwater acoustic communications within its AQUABAND offering. It markets mobile random-access and multiuser links that handle Doppler and multipath, with licensing, OEM integration and complete-system engagement. These are supplier-described functions; the public offering does not disclose a complete routing or sensor-gateway interface contract.
The described ROAM architecture pairs a transmitter with a hydrophone array and receive-processing platform. Its older brochure combines acoustic link rate with image-compression gain when advertising 30–600 kbit/s over 100 m–2 km; this is not raw payload throughput at every range. A dated February 2022 company account describes a 2 km compressed-image transfer in Halifax Harbour. Later NRC projects address receiver power, frequency control, a lightweight operating environment and ruggedized AUV payload integration. The modem offering and those integration work packages should be assessed at their respective stages.
Operating context
ROAM targets mobile underwater channels affected by Doppler and multipath. Public material describes random-access and multiuser operation, but does not publish a routing implementation, hop/node limits, mobility recovery behavior, connector specification or external SDK/API. Those need verification for a sensor or vehicle network. The older brochure describes a hydrophone-array receiver with an AC-powered top end and an optional submerged battery-powered version; its 30–225 W transmit range and compression-inclusive image rate are configuration-specific.
NRC funded a 2025 objective of 30 kbit/s at 750 m with underwater consumption at or below 8 W and up to four hydrophone elements. It is an R&D target, not a demonstrated current specification. A February–March 2026 project investigated power savings from a lightweight operating system; an April 2026–March 2027 project supports ruggedized ROAM hardware/software for AUV payload chambers. Neither agreement proves accepted production integration. The site claims encrypted waveforms, but the inspected public material does not establish cipher, authentication, key management or independent security validation.
Canadian footprint
Marecomms identifies its headquarters in Halifax, Nova Scotia, where federal NRC and ACOA recipient records also locate the company. Its 2021 trial account identifies GeoSpectrum transducers and hydrophones in ROAM, connecting that historical configuration to Dartmouth acoustic-component expertise. These facts support Atlantic Canadian operations and a documented component relationship; they do not establish common ownership or current supply terms.
Halifax, Nova Scotia is the published city-level context for Marecomms. It does not imply a street address or exact facility location.
Marecomms provides an Atlantic Canadian route to evaluate acoustic communications for moving submerged vehicles and sensor data. Its public evidence is strongest on ROAM link processing, image transfer and configurable integration, with NRC now supporting ruggedized AUV packaging. A useful technical conversation would establish the supplied network/interface boundary and measured raw goodput, latency and total power before treating it as a complete sensor mesh; current integration and security qualifications remain material.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Marecomms' ROAM/AQUABAND systems carry imagery and data through difficult underwater acoustic channels, with configurable modem processing and OEM integration. Its brochure's 30–600 Kbit/s headline is effective image throughput that multiplies acoustic link rate by compression gain, across stated 100 m–2 km shallow-water links. That definition matters when sizing raw telemetry or video. ROAM also appears on Canada's additional-sales eligibility list; this is a purchasing pathway rather than a new contract award.
Evidence of maturity
Marketed modem technology with North Atlantic demonstrations described in the federal eligibility record. Older brochure and current website power figures concern differently described configurations and should not be collapsed into one performance specification.
Commercial availability
Specify waveform, raw payload bitrate, range, motion, receiver power and housing requirements with Marecomms. Confirm additional-sales eligibility and purchasing conditions for any federal transaction.
Core features
Adaptive processing for Doppler and multipath in mobile underwater links
Brochure frequency options of 12, 17, 27 and 44 kHz
Effective image-throughput rating includes compression gain
Licensing, OEM integration and complete-system engagement
ROAM T9-020048 listed for federal additional sales until December 24, 2027
NRC agreement 1043178 provides a CAD500,000 contribution over 1 April 2026–17 March 2027 for ruggedized submerged electronics and hardware/software configurations to integrate ROAM into AUV payload chambers. It follows a separate CAD70,000 February–March 2026 project assessing power savings from a lightweight operating system. These are disclosed R&D work packages, with no completed AUV acceptance or delivery inferred.
ROAM is marketed through licensing, OEM integration and complete-system engagement. The company reported commercial readiness after its February 2022 beta trial; current production lead times and standard AUV-package delivery terms are not publicly specified.
Financing and disclosed activity
Federal records disclose separate contribution agreements, with values and work periods rather than confirmed disbursement or sales revenue: NRC CAD75,000 for low-power hydrophone/edge-digitization development (May 2024–March 2025); CAD75,000 for an energy-efficient horizontal-video target (January–March 2025); CAD75,000 for horizontal-video source compression (May 2025–March 2026); CAD75,000 for dual-frequency modem software (November 2025–March 2026); CAD70,000 for preliminary lightweight-operating-system work (February–March 2026); and CAD500,000 for ruggedized ROAM AUV integration hardware/software (April 2026–March 2027). ACOA separately discloses CAD208,000 for commercialization/product-development hiring (February 2025–October 2026), explicitly an unconditionally repayable contribution. These project values are not an equity round, company valuation, recognized revenue or a cash-runway estimate. Separately, ISED discloses research-services contract 9203566201, originally CAD719,566.50 for January–November 2025 and amended to CAD740,318.94 in the 2025–2026 Q1 reporting record. The short description does not name ROAM or establish delivery acceptance or revenue recognition.
Ecosystem relationships
NRC IRAP contribution recipient
National Research Council Canada
The Government of Canada's grants database records an NRC IRAP contribution to Marecomms Inc. for advanced source compression for underwater horizontal video; the candidate does not infer defence procurement.
Reviewed connections
Mission area · Reviewed connectionEvidence strength: Moderate
Multi-node acoustic networking could support coordinated AUV patrols where radio-frequency links are unavailable, subject to range and integration validation.
Adaptive encrypted acoustic links could relay sensor data and coordinate underwater platforms for surveillance missions; the mapping is derived and no CAF deployment is asserted.
Questions for a first conversation
01
What raw payload goodput, packet delivery, latency distribution and complete power budget are demonstrated at the intended range, depth and node motion, separately from image-compression gains?
The brochure includes image-compression gain in throughput, while NRC framed 30 kbit/s at 750 m and at most 8 W as a research objective. Receiver processing and duty cycle affect the system budget.
02
Which MAC/routing software, node and hop limits, mobility/recovery behavior, gateways and sensor/vehicle APIs are supplied in the current ROAM configuration?
Marecomms markets random-access and multiuser mobile networking and OEM engagement. Its public brochure specifies a GUI and receiver architecture but does not provide the external interface or routed-network contract.
03
What authenticated encryption, key provisioning/rotation and firmware protections are implemented, and which validation applies to the supplied units?
The official site describes an encrypted waveform and low eavesdropping probability, without the inspected material specifying authentication, key management or independent security validation.
04
Which production configuration and acceptance evidence now exist for the AUV package funded through March 2027, and what remains integration engineering?
NRC agreement 1043178 supports ruggedized submerged electronics and ROAM AUV payload-chamber hardware/software R&D; agreement value and term do not prove completed production qualification.
Original sources 13 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Agreement1026651 to Marecomms has a disclosed value ofCAD75,000 for the stated agreement period 14January–31March2025; this is not proof of disbursement or sales revenue.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
The brochure describes software-defined operation with a graphical interface for mission configuration, without an external API or connector specification.
The brochure describes software-defined operation with a graphical interface for mission configuration, without an external API or connector specification.
Supports: Profile · operating context
The brochure specifies30–225W transmit power depending on the desired range-throughput combination.
The described receiver uses a hydrophone array with an AC-powered processing top end; a battery-powered submerged receiver is an option on request.
Supports: Profile · operating context
The brochure describes software-defined operation with a graphical interface for mission configuration, without an external API or connector specification.
The brochure describes software-defined operation with a graphical interface for mission configuration, without an external API or connector specification.
The brochure describes software-defined operation with a graphical interface for mission configuration, without an external API or connector specification.
Supports: Profile · description
The described receiver uses a hydrophone array with an AC-powered processing top end; a battery-powered submerged receiver is an option on request.
ROAM brochure specifies 12/17/27/44 kHz options and 30–600 Kbit/s effective throughput across 100 m–2 km horizontal shallow-water links. A footnote defines throughput as acoustic link rate multiplied by image-compression gain. The brochure lists 30–225 W transmit power, an AC-powered receiver and optional battery/depth configurations; this is not a raw acoustic-bit-rate guarantee.
ROAM brochure specifies 12/17/27/44 kHz options and 30–600 Kbit/s effective throughput across 100 m–2 km horizontal shallow-water links. A footnote defines throughput as acoustic link rate multiplied by image-compression gain. The brochure lists 30–225 W transmit power, an AC-powered receiver and optional battery/depth configurations; this is not a raw acoustic-bit-rate guarantee.
Supports: Underwater acoustic networking · core features
ROAM brochure specifies 12/17/27/44 kHz options and 30–600 Kbit/s effective throughput across 100 m–2 km horizontal shallow-water links. A footnote defines throughput as acoustic link rate multiplied by image-compression gain. The brochure lists 30–225 W transmit power, an AC-powered receiver and optional battery/depth configurations; this is not a raw acoustic-bit-rate guarantee.
Supports: Underwater acoustic networking · core features
ROAM brochure specifies 12/17/27/44 kHz options and 30–600 Kbit/s effective throughput across 100 m–2 km horizontal shallow-water links. A footnote defines throughput as acoustic link rate multiplied by image-compression gain. The brochure lists 30–225 W transmit power, an AC-powered receiver and optional battery/depth configurations; this is not a raw acoustic-bit-rate guarantee.
ROAM brochure specifies 12/17/27/44 kHz options and 30–600 Kbit/s effective throughput across 100 m–2 km horizontal shallow-water links. A footnote defines throughput as acoustic link rate multiplied by image-compression gain. The brochure lists 30–225 W transmit power, an AC-powered receiver and optional battery/depth configurations; this is not a raw acoustic-bit-rate guarantee.
Agreement1018423 supports development of a low-cost, low-power hydrophone receiver with digitization at the edge.
Supports: Profile · disclosed financing summary
Agreement1018423 to Marecomms has a disclosed value ofCAD75,000 for the stated agreement period 1May2024–24March2025; this is not proof of disbursement or sales revenue.
Agreement1036798 to Marecomms has a disclosed value ofCAD75,000 for the stated agreement period 3November2025–9March2026; this is not proof of disbursement or sales revenue.
Supports: Profile · disclosed financing summary
Agreement1036798 supports software development for dual-frequency modems, switching left/right channels without hardware changes over19–60kHz.
Supports: Profile · description
Agreement1036798 supports software development for dual-frequency modems, switching left/right channels without hardware changes over19–60kHz.
An NRC IRAP contribution running from May 2025 to March 2026 supports Marecomms' advanced source-compression work for horizontal underwater video, extending its documented commercialization of acoustic communications technology.
Supports: Profile · canadian footprint
Marecomms has a documented Canadian operating presence in Halifax, Nova Scotia.
NRC IRAP records C$75,000 to Marecomms Inc., Halifax, for near-optimal source compression for underwater horizontal video transmissions. The R&D agreement runs May 1, 2025 to March 12, 2026; the end date is not proof of a delivered or accepted video-network capability.
NRC IRAP records C$75,000 to Marecomms Inc., Halifax, for near-optimal source compression for underwater horizontal video transmissions. The R&D agreement runs May 1, 2025 to March 12, 2026; the end date is not proof of a delivered or accepted video-network capability.
Supports: Profile · operating context
NRC IRAP records C$75,000 to Marecomms Inc., Halifax, for near-optimal source compression for underwater horizontal video transmissions. The R&D agreement runs May 1, 2025 to March 12, 2026; the end date is not proof of a delivered or accepted video-network capability.
Supports: Profile · disclosed financing summary
Agreement1030291 supports investigation of near-optimal source compression for horizontal underwater video.
NRC IRAP records C$75,000 to Marecomms Inc., Halifax, for near-optimal source compression for underwater horizontal video transmissions. The R&D agreement runs May 1, 2025 to March 12, 2026; the end date is not proof of a delivered or accepted video-network capability.
Supports: Profile · current activity
An NRC IRAP contribution running from May 2025 to March 2026 supports Marecomms' advanced source-compression work for horizontal underwater video, extending its documented commercialization of acoustic communications technology.
Supports: Profile · current activity as of
Government of Canada supports 2025-05-01 as the material date used for this dossier activity note.
Supports: Profile · operating context
The Government of Canada's grants database records an NRC IRAP contribution to Marecomms Inc. for advanced source compression for underwater horizontal video; the candidate does not infer defence procurement.
Supports: Profile · disclosed financing summary
Agreement1030291 to Marecomms has a disclosed value ofCAD75,000 for the stated agreement period 1May2025–12March2026; this is not proof of disbursement or sales revenue.
Supports: Profile · current activity
An NRC IRAP contribution running from May 2025 to March 2026 supports Marecomms' advanced source-compression work for horizontal underwater video, extending its documented commercialization of acoustic communications technology.
NRC IRAP records C$75,000 to Marecomms Inc., Halifax, for near-optimal source compression for underwater horizontal video transmissions. The R&D agreement runs May 1, 2025 to March 12, 2026; the end date is not proof of a delivered or accepted video-network capability.
The Government of Canada's grants database records an NRC IRAP contribution to Marecomms Inc. for advanced source compression for underwater horizontal video; the candidate does not infer defence procurement.
The NRC1026651 description frames30kbit/s/750m/8W-or-less as what the project wishes to prove, not an attained specification.
Agreement1039961 supports preliminary R&D assessing savings from running modem software on a lightweight operating system.
Supports: Profile · description
Agreement1039961 supports preliminary R&D assessing savings from running modem software on a lightweight operating system.
Supports: Profile · disclosed financing summary
Agreement1039961 to Marecomms has a disclosed value ofCAD70,000 for the stated agreement period 2February–29March2026; this is not proof of disbursement or sales revenue.
Supports: Profile · disclosed financing summary
Agreement1039961 supports preliminary R&D assessing savings from running modem software on a lightweight operating system.
Supports: Profile · operating context
Agreement1039961 has the stated date-only period2February–29March2026.
Supports: Profile · current activity
Agreement1039961 has the stated date-only period2February–29March2026.
Supports: Profile · current activity
Agreement1039961 to Marecomms has a disclosed value ofCAD70,000 for the stated agreement period 2February–29March2026; this is not proof of disbursement or sales revenue.
Supports: Profile · current activity
Agreement1039961 supports preliminary R&D assessing savings from running modem software on a lightweight operating system.
Agreement1043178 has the stated date-only period1April2026–17March2027.
Supports: Profile · current activity
Agreement1043178 to Marecomms has a disclosed value ofCAD500,000 for the stated agreement period 1April2026–17March2027; this is not proof of disbursement or sales revenue.
Agreement1043178 supports ruggedized submerged electronics and hardware/software configurations for ROAM in AUV payload chambers.
Supports: Profile · current activity
Agreement1043178 has the stated date-only period1April2026–17March2027.
Supports: Profile · current activity
Agreement1043178 supports ruggedized submerged electronics and hardware/software configurations for ROAM in AUV payload chambers.
Supports: Profile · disclosed financing summary
Agreement1043178 to Marecomms has a disclosed value ofCAD500,000 for the stated agreement period 1April2026–17March2027; this is not proof of disbursement or sales revenue.
Marecomms describes mobile underwater acoustic communications designed for Doppler, multipath and non-line-of-sight conditions, with encrypted waveforms and multiuser networking. Its Halifax business offers licensing, OEM integration and complete solutions. Claimed power and acoustic-noise advantages are vendor comparisons, not a universally demonstrated range or security guarantee.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The official website labels1209MarginalRoad, Halifax, NovaScotia, Canada as headquarters.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The supplier markets ROAM underwater mobile communications with random access and multiuser capabilities, including AUV networking.
Supports: Profile · operating context
The website calls its waveform encrypted; the inspected page does not specify cipher, authentication, key management or independent security certification.
The website calls its waveform encrypted; the inspected page does not specify cipher, authentication, key management or independent security certification.
Marecomms describes mobile underwater acoustic communications designed for Doppler, multipath and non-line-of-sight conditions, with encrypted waveforms and multiuser networking. Its Halifax business offers licensing, OEM integration and complete solutions. Claimed power and acoustic-noise advantages are vendor comparisons, not a universally demonstrated range or security guarantee.
The website calls its waveform encrypted; the inspected page does not specify cipher, authentication, key management or independent security certification.
Supports: Profile · description
Marecomms states it was founded in2017 inHalifax, NovaScotia, Canada.
The website calls its waveform encrypted; the inspected page does not specify cipher, authentication, key management or independent security certification.
Supports: Profile · description
The supplier markets ROAM underwater mobile communications with random access and multiuser capabilities, including AUV networking.
Supports: Profile · commercial status
Marecomms says it licenses system applications and develops underwater solutions through licensing, OEM and complete turnkey engagement.
Marecomms describes mobile underwater acoustic communications designed for Doppler, multipath and non-line-of-sight conditions, with encrypted waveforms and multiuser networking. Its Halifax business offers licensing, OEM integration and complete solutions. Claimed power and acoustic-noise advantages are vendor comparisons, not a universally demonstrated range or security guarantee.
Marecomms's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
Supports: Profile · description
Marecomms says it licenses system applications and develops underwater solutions through licensing, OEM and complete turnkey engagement.
The website calls its waveform encrypted; the inspected page does not specify cipher, authentication, key management or independent security certification.
Supports: Profile · canadian footprint
The official website labels1209MarginalRoad, Halifax, NovaScotia, Canada as headquarters.
Supports: Profile · operating context
Marecomms states its link processing preserves reliability through Doppler and multipath interference.
Marecomms describes mobile underwater acoustic communications designed for Doppler, multipath and non-line-of-sight conditions, with encrypted waveforms and multiuser networking. Its Halifax business offers licensing, OEM integration and complete solutions. Claimed power and acoustic-noise advantages are vendor comparisons, not a universally demonstrated range or security guarantee.
Supports: Profile · operating context
Marecomms describes mobile underwater acoustic communications designed for Doppler, multipath and non-line-of-sight conditions, with encrypted waveforms and multiuser networking. Its Halifax business offers licensing, OEM integration and complete solutions. Claimed power and acoustic-noise advantages are vendor comparisons, not a universally demonstrated range or security guarantee.
Supports: Profile · founded year
Marecomms states it was founded in2017 inHalifax, NovaScotia, Canada.
Supports: Profile · description
Marecomms states its link processing preserves reliability through Doppler and multipath interference.
Supports: Profile · description
Marecomms is a Halifax ocean-communications company developing software-defined underwater acoustic modems and networking technology for video, data and coordinated autonomous underwater systems.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Supports: Underwater acoustic networking · capability type
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Supports: Underwater acoustic networking · name
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Marecomms develops AQUABAND and ROAM acoustic communications technology for encrypted underwater data, video and multi-node networking in channels affected by Doppler, multipath and limited bandwidth.
Supports: Underwater acoustic networking · core features
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Supports: Underwater acoustic networking · core features
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Supports: Underwater acoustic networking → Autonomous Patrol and Monitoring
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Supports: Underwater acoustic networking → Autonomous Patrol and Monitoring
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Supports: Underwater acoustic networking → Autonomous Patrol and Monitoring
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Supports: Underwater acoustic networking → Autonomous Patrol and Monitoring
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Adaptive encrypted acoustic links could relay sensor data and coordinate underwater platforms for surveillance missions; the mapping is derived and no CAF deployment is asserted.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
Halifax-based Marecomms offers ROAM underwater acoustic communications, software-defined Doppler/multipath handling, encryption and licensing or OEM integration. Current 5–12.5 W and comparative power figures should be tied to configuration; they differ from the older brochure’s battery/electrical power specifications.
The record identifies research services, awarded byPSPC on behalf of the client department; it does not nameROAM, identify an operational fleet or establish revenue recognition.
Supports: Profile · disclosed financing summary
The2025-2026Q1 amendment raises contract9203566201 byCAD20752.44 toCAD740318.94, while retaining the original719566.50value and same stated period.
Supports: Profile · disclosed financing summary
ISED contract9203566201 toMarecomms has an original value ofCAD719566.50 and a stated period2January–20November2025.
ACOA agreement226963 specifies an unconditionally repayable contribution, rather than equity or a nonrepayable grant.
Supports: Profile · disclosed financing summary
Agreement226963 supports hiring for commercialization and product development.
Supports: Profile · disclosed financing summary
Agreement226963 to Marecomms has a disclosed value ofCAD208,000 for the stated agreement period 27February2025–31October2026; this is not proof of disbursement or sales revenue.
Supports: Underwater acoustic networking · core features
The Innovative Solutions Canada additional-sales table lists Marecomms ROAM, T9-020048(Military), with expiry December 24, 2027. It describes North Atlantic demonstrations of underwater image transmission. Eligibility offers a federal purchasing route; the table is not a new order, contract value or universal performance test.
The Innovative Solutions Canada additional-sales table lists Marecomms ROAM, T9-020048(Military), with expiry December 24, 2027. It describes North Atlantic demonstrations of underwater image transmission. Eligibility offers a federal purchasing route; the table is not a new order, contract value or universal performance test.
The Innovative Solutions Canada additional-sales table lists Marecomms ROAM, T9-020048(Military), with expiry December 24, 2027. It describes North Atlantic demonstrations of underwater image transmission. Eligibility offers a federal purchasing route; the table is not a new order, contract value or universal performance test.
The Innovative Solutions Canada additional-sales table lists Marecomms ROAM, T9-020048(Military), with expiry December 24, 2027. It describes North Atlantic demonstrations of underwater image transmission. Eligibility offers a federal purchasing route; the table is not a new order, contract value or universal performance test.
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