COASTGUARDX
MARITIME SECURITY
MSNBRFCMDSIMEXH
SYSTEM · ARCHITECTURE

Sovereign by design. Auditable by default.

AI Fusion Engine

  • Anomaly detection across AIS, EO, IR, sonar, hydrophone, radar
  • Multi-buoy correlation increases confidence, never declares certainty
  • Behaviour analysis · route prediction · pattern-of-life
  • Threat scoring with explicit reasoning bullets
  • Recommended action with confidence percentage
  • False-positive suppression via cross-sensor validation

Sensor Fusion

  • Separate sensor detections become ONE incident track
  • Confidence increases with multi-buoy + UAV confirmation
  • Weather degrades EO/IR confidence — AI surfaces this in reasoning
  • Sea state affects acoustic clarity — fusion accounts for it
  • Operator validation recorded as an evidence layer

Cybersecurity & Sovereignty

  • Local hosting / private cloud / hybrid options
  • End-to-end encrypted mesh + SATCOM backhaul
  • Role-based access · operator · supervisor · liaison · admin
  • Tamper-evident audit log of every action
  • Network segmentation · secure API gateway
  • Edge resilience — buoys operate offline if comms degrade

Multi-User Command Structure

  • Operator validates detections and proposes responses
  • Supervisor authorises UAV dispatch and escalation
  • UAV controller manages mission, payload, return-to-base
  • Intelligence officer reviews trends and pattern-of-life
  • Coast Guard / Navy liaison handoff with secure tasking

Technical Stack

  • Frontend: TanStack Start · React · Tailwind · sovereign UI
  • Realtime event bus for sensor + UAV telemetry
  • Custom GIS map engine — no external tile dependency
  • AI fusion layer in the command-center deployment
  • Database options: local PostgreSQL or sovereign cloud
  • Edge gateway on each buoy with rolling firmware updates