Sub-module
Sensor, Radar and Mission-System Integration Fabric
How it works
Every source joins through a versioned capability and interface contract carrying identity, timing, coordinate frame, calibration, semantics, provenance, custody, security, health and transformation-loss evidence. Federation preserves national, platform and site authority while joined operational views expose partial, stale, degraded and disconnected contributions.
Register an existing system, qualify its interfaces, join it to an authorized operational network, monitor achieved exchange and safely drain, isolate, reconnect or retire it without corrupting the picture.
Forces can modernize around equipment already fielded, connect new platforms incrementally and coordinate across sites and partners without replacing the installed sensor and mission-system estate first.
Operational contract
- InputsAdmitted semantic descriptors, Scoped application and credential definitions, Current permission and operation availability
- OutputsTyped request and result projections, Development and package evidence, Operator explanations and workbench state
- BoundaryLugh-E owns joined operational meaning and mission consequence. Qualified connectors, protocol gateways, bearers, sensor processors, radars and certified controllers retain transport, native signal processing and physical execution.
Decision, degraded state and recovery
- Operational decisionDecide whether a system can join the current operation, which information it may contribute and which missions may rely on it.
- Degraded or disputed stateTiming, geometry, calibration, semantic, trust or delivery gaps constrain the contribution instead of being hidden by network connectivity.
- Recovery and closureDrain, isolation, correction and rejoin preserve the last qualified contribution and re-evaluate every picture, decision and obligation that depended on it.
- Authority boundaryLugh-E owns joined operational meaning and mission consequence. Qualified connectors, protocol gateways, bearers, sensor processors, radars and certified controllers retain transport, native signal processing and physical execution.