Maritime Routing
Great-circle nautical navigation for shipping, logistics, and coastal operations. Direct sea routes between any two coordinates worldwide.
API Reference
POST /v1/maritime/route — Compute a direct nautical great-circle route between two sea/coastal points. Returns distance in nautical miles, waypoints, and estimated transit time.
curl -X POST https://route.elara-cortex.com/v1/maritime/route \
-H "Content-Type: application/json" \
-H "X-API-Key: your_key" \
-d '{"from":{"lat":-33.92,"lon":18.42},"to":{"lat":-29.86,"lon":31.03}}'
# Response:
# {"distance_nm": 790.4, "waypoints": [...], "duration_h": 52.7,
# "route_type": "great_circle", "engine": "Elara Maritime"}
Use Cases
Use Cases
Port-to-port routing
Compute optimal sea routes between any two ports worldwide. Handles coastal waypoints and restricted zones.
Offshore logistics
Route supply vessels to offshore platforms, wind farms, and research stations.
Fleet tracking
Register vessels as assets and track live position against planned routes via the Elara tracking dashboard.
ETA calculation
Accurate estimated time of arrival based on great-circle distance and configurable speed knots.
Coverage
Global — all oceans, seas, and navigable waterways. The maritime router uses direct great-circle computation and does not depend on road networks, so coverage is worldwide from day one. Coastal exclusion zones and shipping lane data are layered in as they become available.
Maritime Routing
Great-circle nautical navigation for shipping, logistics, and coastal operations. Direct sea routes between any two coordinates worldwide.