Unscheduled movement inside monitored perimeter
- Object
- TRACK-X17
- Correlation
- 3 SOURCES
- ConOps class
- VERIFY
- Operator action
- PENDING
Sovereign AI decision support for critical operations
A team of AI agents that watches your live feeds and applies the procedures, priorities, and decision rules that govern your operation. This is your concept of operations, or ConOps. The team gives the watch floor live insight, instant reports, and a shared memory.
The operational gap
OpCopilot is sovereign AI software for critical operations: it monitors live data, applies the operator's own procedures, and turns signals into findings people can review and act on.
Signal overload
Radar, AIS, satellite, beacons, cameras, weather, SCADA, C2 alerts. Twelve screens, one watch officer, one shift.
Doctrine trapped
The doctrine that tells an operator what a signal means and what to do next is rarely available at the moment it is needed.
Experience gap
In maritime domain awareness, port operations or a power facility, competence is domain knowledge plus judgment. Every rotation restarts the clock.
OpCopilot
OpCopilot watches the operation with the same doctrine the watch floor uses, then turns incoming signal into work an operator can inspect and approve.
01 / Awareness
Agents subscribe to your feeds, correlate across sources, and raise structured insight the moment an event forms — classified against your ConOps, not against a general-purpose model's guess.
02 / Reporting
SITREPs, action messages, incident reports and post-event analysis drafted from live and historical data. Minutes to review instead of hours to write.
03 / Assistance
Ask in plain language what the procedure says, what happened the last time this pattern appeared, what the model gives you. Every tool call is shown, and the operator approves it before it runs.
04 / Memory
The whole watch works the same event in one room. Questions, findings and decisions accumulate into a shared memory that survives the shift change — and give a new operator a way to learn the ConOps by working alongside it.
System flow
The reasoning can run continuously. The decision remains with the operator, with every recommendation traceable to its source.
Plug into sensors, streams and systems: radar, AIS, satellite, beacons, CCTV, weather stations, C2, VTS, SCADA, incident management.
Your SOPs, doctrine and organisational knowledge become part of how the agents reason — not a document set they can search.
A team of agents watches continuously, correlates across sources, and produces live and historical insight against your doctrine.
Every recommendation is traceable to its source and every action is approved by a human. OpCopilot does not close the loop on its own.
Operational domains
Multi-sensor surveillance and detection
Vessel tracking and anomaly detection
Multi-domain awareness, C2-integrated
Traffic, security and incident operations
Facility monitoring and response
Multi-agency incident coordination
Coordination and drift analysis
Deployment spectrum
Isolated
Classified networks. Zero external dependencies, all models local.
Resident
National or customer infrastructure. Full data residency.
Controlled
Customer-selected in-country infrastructure with controlled external services where policy allows.
The same platform, the same behaviour, across all three.
Editions
Same platform, same reasoning. What changes is where it runs and how many people it serves.
A compact appliance that runs the full agent team on-scene — close to the hardware, nothing leaving the site.
Explore EdgeAggregates and correlates every station into one operational picture, for 50+ concurrent users, on-premise or in your private cloud.
Explore ServerOur skills and MCP connectors deliver OpCopilot capability on the enterprise or sovereign agent platform you have already standardised on.
Explore PluginInteroperability
OpCopilot connects to what you already run. It does not replace your C2, your VTS, or your incident management system.