POSEIDON

One operator.
The whole fleet.

Set the intent once. POSEIDON's AI orchestrator is designed to turn it into coordinated tasks for each vehicle and payload, and the operator approves before anything moves.

In development

POSEIDON| How it works

From intent to autonomous mission.

The operator stays in command at every step. POSEIDON is designed to do the planning and coordination.

Intent
The operator states the objective, in plain language or through ATAK.
Plan
MissionCommand AI allocates vehicles and payloads and builds the plan.
Approve
The operator approves. Movement and payload activation are authorised separately.
Execute
Onboard autonomy carries it out within approved limits, and is designed to continue if the link drops.
Report
Alerts, observations, and history return to the operator.

Riverine | harbours | beaches | 1.5 km offshore and beyond

Intended missions in the littoral.

MissionWhat the fleet is designed to doVehicles
Littoral surveillancePersistent surface, subsurface, and aerial sensing along the approachesShadowRay, ShadowDart, ShadowHawk
Maritime protectionDetect, identify, and track vessels of interest at borders, ports, and infrastructureShadowDart, ShadowHawk
Communications relaySmall surface nodes that extend the networkShadowDart
Search and surveySearch and rescue support, and seabed and environmental surveysShadowRay, ShadowDart, ShadowHawk

POSEIDON| Deployment concept

Designed to deploy from one container.

A standard 20 ft container, moved by road or sea, set up at the shore.

Vehicles
Surface, subsurface, and aerial robots.
Mission computing
POSEIDON compute and operator interfaces.
Payloads
Mission-selected sensors and payloads.
Links
Mesh, cellular, satellite, and acoustic.
Concept render of a Vamfyre POSEIDON 20 ft container

Next

Meet the fleet.

ShadowRay, ShadowDart, and ShadowHawk: surface, subsurface, and air.

ShadowSwarm
POSEIDON

Technical details

MissionControl
Operator console for objectives, maps, tracks, sensor views, fleet status, and reports. Role-based access and mission oversight.
MissionCommand AI
The AI orchestrator. Mission planning, asset allocation, and adaptive coordination of the whole fleet within operator-authorised limits.
MissionEngine AI
Onboard task execution, local adaptation, and reporting, including under degraded communications.
Bluea®
Vehicle control and edge autonomy, shared across every vehicle.
Onboard compute
NVIDIA edge AI computing.
Autonomy
Edge AI on every vehicle, with bounded autonomy designed to continue through loss of communications.
Links
Mission-configured: mesh, cellular, satellite, and underwater acoustic.
Integration
ATAK. Third-party vehicles through an integration interface, by configuration.
Security
Zero-trust identity and encrypted communications.
Containerised
Deployment concept around a standard 20 ft container, moved by road or sea.
In the container
Vehicles; mission computing and operator interfaces; mission-selected payloads; mesh, cellular, satellite, and acoustic links.
Operating models
Customer-operated or Vamfyre-operated.
Development programme
Mission configuration, payload integration, and demonstration against agreed requirements.
Applications
Littoral surveillance, border and maritime protection, ports and infrastructure, search and rescue support, and seabed and environmental surveys.

Platform in development. Capabilities describe the design intent and are subject to test and validation. Detailed specifications are available to qualified government and industry partners on request.