Detection integration
Connect authorized detection systems and distributed sensors to normalize events, correlate tracks and surface classification uncertainty.
Counter-UAS Software / ADVANCED PROGRAM SCOPE
A coherent picture of the airspace.
Defensive software for sensor integration, track correlation, operator alerts and coordinated response workflows.
Sensor fusion / abstract inspection assetCONCEPTUAL MODEL
LAYER / 01
Observe
Three synthetic sensors report an abstract inspection asset independently.
Dependency: source integrity · Next boundary: Correlate
01 / The technical problem
Design for the actual environment.
Airspace awareness requires reconciling incomplete observations and presenting the evidence behind alerts. Sensor integration does not imply automatic authority over a response.
02 / Engineering scope
Counter-UAS Software
Command workflows
Organize airspace visualization, event management, prioritization and operator alerting. Response orchestration records the responsible human and authorized process.
Simulation & testing
Evaluate sensor disagreement, false alerts, delayed updates and workflow handoffs in synthetic environments before operational integration.
03 / Architecture
Make the boundaries explicit.
- 01Detect
- 02Identify
- 03Track
- 04Assess
- 05Coordinate
- 06Respond
Operating constraints
- Defensive use
- Human authorization
- False alerts
- Sensor disagreement
Evaluation approach
Validate data contracts, alert provenance and operator acknowledgment. No destructive effectors, interception procedures or autonomous engagement are demonstrated.
Define requirements, interfaces and acceptance evidence before implementation. Instrument behavior, inject failure and preserve the record needed for review.
Define the mission
Bring the hard problem.
Start with the operating environment, the constraints and the decision your system needs to support.