Activate
The crew member uses a purpose-built LivePoint endpoint or approved mobile workflow.
SOS Live for maritime + complex steel
Resilient response across complex steel environments.
Connect crew activation, resilient sub-GHz coverage, onboard command, medical and security coordination, deck context, and readiness across vessels and other RF-challenging environments.
The operating challenge
Steel, decks, and compartments change the location problem.
GNSS does not provide useful indoor context below deck, and conventional signals can behave unpredictably around steel. Response teams need semantic location—deck, section, compartment, room, or zone—plus a path that respects real doors, stairs, and bulkheads.
Representative workflow
Crew duress below deck
A crew member activates a wearable inside a covered deck or service area. LiveLocate uses the supported signal environment to identify the best mapped zone, while LiveGrid communicates deck and route context to the onboard response team.
Locate
The incident receives the best supported deck, section, room, zone, or building-level result.
Constrain
Trajectory logic uses mapped doors, corridors, stairs, and decks to suppress impossible jumps.
Respond
Onboard security, medical, and operations roles acknowledge and coordinate from one incident.
Degrade safely
If signal evidence weakens, SOS Live broadens precision instead of showing a false compartment or room.
Connected capabilities
One incident across the products that support it.
SOS Live modules keep activation, location, response ownership, communication, readiness, and audit connected rather than creating another collection of isolated screens.
LivePoint
Purpose-built wearable and fixed activation endpoints.
LiveRelay + LiveGateway
Sub-GHz mesh extension, site coordination, buffering, health, and resilient routing.
LiveLocate + LiveGrid
Semantic deck or zone recognition and responder-ready tactical mapping.
LiveCommand + LiveUnity
Incident ownership, onboard communication, readiness, reporting, and audit.
How SOS Live 2.0 fits
A platform model designed for maritime + complex steel operations.
SOS Live 2.0 connects the full response lifecycle—from activation and policy to coordination, readiness, evidence, and approved escalation. Each capability can be configured around the people, risks, and operating model of this environment.
Extend activation through complex steel
LivePoint, LiveRelay, and LiveGateway create a resilient sub-GHz signal and site-connectivity layer for decks, compartments, service areas, terminals, and similar structures.
Create one onboard incident
LiveCommand connects crew or passenger identity, event, device state, response ownership, communication, and outcome across onboard roles.
Translate the vessel into operational context
LiveLocate and LiveGrid can provide the best supported vessel, deck, section, compartment, room, zone, and valid-route context.
Align medical, security, and operations
LiveUnity supports role-appropriate notification, acknowledgement, updates, and safety checks across onboard response teams.
Keep the system observable and resilient
Gateway buffering, node health, self-healing participation, device telemetry, tests, and graceful degradation make failure states visible rather than silent.
Deployment design
Configure the platform around the real operating environment.
A strong design starts with roles, risks, policy, existing systems, and acceptance criteria—not a one-size-fits-all device count.
- Vessel or facility construction, bulkheads, decks, compartments, stairs, watertight doors, and RF behavior
- Crew, security, medical, operations, bridge, terminal, and external-response ownership
- Endpoint placement, gateway topology, sub-GHz coverage, power continuity, buffering, and maintenance at sea
- Onboard connectivity, shore connectivity, offline behavior, incident synchronization, and role access
- Privacy, passenger or crew policy, drills, international operations, and external escalation
Build a better response
Evaluate location and response where the RF environment is part of the problem.
We’ll review vessel or facility structure, decks, compartments, materials, coverage, onboard roles, escalation, and acceptance scenarios.