Status: Experimental (scaffold) · Timeline: Later · Path: examples/solutions/maritime/
Official Solution Blueprint for autonomous vessels, port logistics, and shore coordination.
Full roadmap entry: ROADMAP.md § Maritime
Operate autonomous or remotely supervised vessels with redundant navigation, corrosion-aware prognostics, GNSS-denied degradation, and shore takeover under high-latency links.
| Pillar | Capabilities |
|---|---|
| Device & Fleet | Fleet mesh, continuity/takeover, OTA, device pool failover |
| Verification | Readiness (pre-departure), assurance (machinery prognostics), recovery (safe harbor) |
| Security | Encrypted comms, tamper detection, RBAC for shore operators |
| Operations | Incident workflow, telemetry trends, Control Center fleet map |
| Packages & Ecosystem | spanda-gps, spanda-radar, spanda-cellular, spanda-prognostics |
Vessel Stack
├── Navigation (GPS + radar fusion)
├── Propulsion / steering actuators
├── Machinery health (prognostics)
├── Shore link (SATCOM / cellular)
├── Readiness gates (pre-departure checklist)
├── Degraded mode on GNSS denial
└── Shore takeover via mission continuity
| Node | Role |
|---|---|
vessel |
Autonomous or teleoperated platform |
payload |
Survey, cargo, or inspection equipment |
shore_station |
C2, fleet coordinator |
| Package | Role |
|---|---|
spanda-gps |
GNSS positioning |
spanda-radar |
Obstacle / collision avoidance |
spanda-cellular |
Near-shore link |
spanda-prognostics |
Hull/machinery RUL |
spanda-fusion |
Multi-sensor state estimation |
spanda-mission-continuity |
Shore takeover |
harbor_patrol.sd,
convoy_escort.sd, docking_assist.sd (CI: scripts/solution_blueprints_smoke.sh)Related blueprints: Transportation · Defense · Environmental Monitoring