Find valuable equipment after it returns from the deep ocean. Xeos Technologies builds Canadian beacons, telemetry products, and sensors for locating, monitoring, and recovering marine assets.
Operating context
Xeos by Satlink supplies telemetry, asset-recovery beacons and ocean sensors. Its Nemo X combines a 7,500-metre-rated enclosure with RS-232 and Iridium SBD relay functions, while Petrel X3 supports nearby AIS-based recovery. Radio and satellite communication occur at the surface; depth ratings describe enclosure survival.
Canadian footprint
Xeos Technologies has a documented Canadian operating presence in Dartmouth, Nova Scotia, Canada. Its public organization and capability evidence should be read at that location and national scope only where the cited sources explicitly support it.
Dartmouth, Nova Scotia is the published city-level context for Xeos Technologies. It does not imply a street address or exact facility location.
Xeos’ XMA-11K is a self-powered Argos recovery beacon intended to survive submergence to a stated 11,000 m and report Doppler-derived position after surfacing. A conductivity sensor changes its operating state; it does not transmit satellite radio through deep water. The live page and linked brochure give different surface endurance figures under nominal 90-second reporting, so battery chemistry, configuration and duty cycle need confirmation. Argos service registration and an assigned identifier are part of the deployment dependency.
Evidence of maturity
Established catalog product with a published manual and technical brochure. The inspected sources are manufacturer material; independent full-depth qualification and current delivery lead time were not established.
Commercial availability
Available by manufacturer enquiry. Confirm current hardware/manual revision, battery choice, service compatibility and expected submerged and surfaced duty cycles.
Core features
Argos Doppler positioning after surfacing
Supplier-rated 11,000 m submersible enclosure
Conductivity-based surface detection and submerged low-power state
Standard alkaline and optional lithium battery configurations
Argos account, identifier and service authorization required
Recorded applications
Recovery of deep-ocean instruments and moorings
Location of surfaced uncrewed-system payloads
Full-ocean-depth equipment recovery planning
Satellite notification after equipment return to the surface
A deep-rated recovery beacon supports underwater system accountability and recovery, but its role is enabling support rather than primary ISR collection.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Questions for a first conversation
01
Which beacon, antenna arrangement, power budget and satellite or AIS service suit the deployment depth and recovery plan?
The current XMA-11K page specifies 65 days surface operation at 90-second intervals, while an older brochure states more than 96 days. Configuration-specific endurance needs confirmation; depth rating does not establish underwater radio communication.
Original sources 10 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
ISED records a February 2024 Satlink Canada acquisition notification covering Xeos Technologies, while the current XMA manual documents the beacon's submerged monitoring, resurfacing behaviour, and minus 40 to plus 60 degree Celsius operating range.
Nemo X integrates RS-232 data relay with Iridium SBD two-way commands and a surface GPS recovery beacon; its enclosure is rated to 7,500 metres, requires external power and sleeps underwater.
Nemo X integrates RS-232 data relay with Iridium SBD two-way commands and a surface GPS recovery beacon; its enclosure is rated to 7,500 metres, requires external power and sleeps underwater.
Nemo X integrates RS-232 data relay with Iridium SBD two-way commands and a surface GPS recovery beacon; its enclosure is rated to 7,500 metres, requires external power and sleeps underwater.
True North Map derives this first-conversation question from the documented Xeos Technologies capability, current evidence and the decision gap that remains.
Supports: Profile · editorial profile version
Xeos Technologies has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
Xeos Technologies'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.
NRC records 2025–2026 support for Xeos to develop a power-efficient precision wave-height sensor using modern positioning and communications technologies.
Supports: Profile · operating context
NRC records 2025–2026 support for Xeos to develop a power-efficient precision wave-height sensor using modern positioning and communications technologies.
Public sources cited · Facts and assessments kept separate · Human review
Nemo X integrates RS-232 data relay with Iridium SBD two-way commands and a surface GPS recovery beacon; its enclosure is rated to 7,500 metres, requires external power and sleeps underwater.
Nemo X integrates RS-232 data relay with Iridium SBD two-way commands and a surface GPS recovery beacon; its enclosure is rated to 7,500 metres, requires external power and sleeps underwater.
The official public contact pathway for Xeos Technologies is https://xeostech.com/.
Supports: Profile · canadian footprint
The XMA-11K brochure specifies an Argos PTT, 11,000-metre rating, two battery configurations, more than 96 days at 90-second intervals, 1-watt RF output, selectable 401.63–401.656 MHz channels, and TTL serial programming.
Supports: Profile · operating context
The XMA-11K brochure specifies an Argos PTT, 11,000-metre rating, two battery configurations, more than 96 days at 90-second intervals, 1-watt RF output, selectable 401.63–401.656 MHz channels, and TTL serial programming.
The XMA-11K brochure specifies an Argos PTT, 11,000-metre rating, two battery configurations, more than 96 days at 90-second intervals, 1-watt RF output, selectable 401.63–401.656 MHz channels, and TTL serial programming.
Xeos states that its deepwater designs are pressure tested to 20,000 psi, equivalent to 13,700 metres, and use custom titanium, glass, and acetal components.
Xeos states that its deepwater designs are pressure tested to 20,000 psi, equivalent to 13,700 metres, and use custom titanium, glass, and acetal components.
Xeos documents a fully submersible Argos beacon rated to eleven thousand metres for locating and recovering deep-ocean equipment after it returns to the surface.
Supports: XMA-11K submersible Argos beacon · core features
Current-linked XMA-11K brochure describes6AA alkaline standard or7CR123A lithium short tube and claims>96days transmitting at90-second intervals, differing from live-page65-day surface figure. Version/battery/duty-cycle assumptions require supplier confirmation.
Xeos documents a fully submersible Argos beacon rated to eleven thousand metres for locating and recovering deep-ocean equipment after it returns to the surface.
Xeos documents a fully submersible Argos beacon rated to eleven thousand metres for locating and recovering deep-ocean equipment after it returns to the surface.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
Supports: XMA-11K submersible Argos beacon · core features
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
Supports: XMA-11K submersible Argos beacon · core features
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
Supports: XMA-11K submersible Argos beacon · core features
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
Supports: XMA-11K submersible Argos beacon · capability type
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
Supports: XMA-11K submersible Argos beacon · name
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
XMA-11K is an Argos recovery beacon rated to11000m, using surface detection to begin Doppler-position transmission after submergence. Current page lists6AA alkaline cells and547days submerged/65days at surface at90-second repetition; no subsea RF communications implied.
Supports: XMA-11K submersible Argos beacon · core features
Xeos XMA manualv3.4 January2021 distinguishes submerged monitoring from surfaced Argos transmission and requires Argos account/ID/service authorization. Older data-delivery interfaces should be reconfirmed with provider.
Xeos XMA manualv3.4 January2021 distinguishes submerged monitoring from surfaced Argos transmission and requires Argos account/ID/service authorization. Older data-delivery interfaces should be reconfirmed with provider.
Xeos XMA manualv3.4 January2021 distinguishes submerged monitoring from surfaced Argos transmission and requires Argos account/ID/service authorization. Older data-delivery interfaces should be reconfirmed with provider.
Xeos XMA manualv3.4 January2021 distinguishes submerged monitoring from surfaced Argos transmission and requires Argos account/ID/service authorization. Older data-delivery interfaces should be reconfirmed with provider.
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