The complete maritime picture. Environmental, regulatory, and threat - fused around every vessel in your operational area.

The Problem

A vessel transits your area of interest. You see a dot on a map with a name, an MMSI, and a speed vector. But what you need to know is: What's the sea state at its destination? Are there harmful algal blooms threatening its cooling water intakes? Is an oil slick drifting into its projected route? What are the wave heights and surface temperatures along its transit corridor? Is sea ice advancing into the shipping lane? Has this vessel been detained for safety deficiencies? Is it flagged to a state that doesn't enforce international safety standards? Is it transiting a war risk zone that will cost its insurer an additional 2.5% of hull value? That context currently lives in a dozen disconnected systems - ocean forecast models, satellite imagery feeds, NGA publications, MoU detention databases, insurance zone maps, buoy observation networks, port authority status boards. An analyst manually cross-referencing all of them for a single vessel takes 20-30 minutes. For a watchlist of 50 vessels, it's a full shift. And the environmental picture changes every few hours - sea state rises, ice advances, a bloom develops, a slick drifts - so even yesterday's assessment is stale.

Who Has This Problem

Key Workflows

Capabilities

Platform Integration

Maritime Intelligence shares the same platform architecture as every other Empyrean domain. Automatic enrichment wraps every AIS track with regulatory, environmental, and threat context without manual queries. The Policy Engine evaluates compound maritime conditions - a vessel entering a JWC war risk zone is evaluated by the same architecture that handles an aircraft entering a TFR. All environmental data sources use a periodic download pattern, meaning the platform operates identically in air-gapped, DDIL, and internet-connected environments. The oil drift model and route intelligence run as server-side computations with no external API calls at inference time. Vessels are screened against the unified TFER screening engine (OFAC, EU, UK, UN, OpenSanctions - 500K+ entities).