Omnisys has unveiled a next-generation CounterUAS mission planning platform that shifts the method to counterdrone protection from reactive interception towards proactive, model-driven prevention. The evolution of the present BRO™-CUAS system incorporates superior applied sciences designed to assist operational customers perceive their operational surroundings in depth and anticipate potential unmanned plane system (UAS) assault paths in opposition to small drones, FPV strike platforms and loitering munitions.
The platform leverages a physics-accurate digital twin of the battlespace to determine low-altitude method corridors and protection gaps created by terrain, buildings and vegetation. Based on the press launch, the system “computes precise detection, monitoring and engagement envelopes for sensors and effectors,” enabling planners to determine vulnerabilities, shut blind spots, prioritize important websites and routes, and deploy radars, RF sensors, jammers and interceptors strategically.
Counter UAS, Supported by AI
The CounterUAS mission planning engine options AI-driven optimization that evaluates different deployment choices and operational ideas. The system recommends programs of motion to reinforce protection and interception likelihood whereas lowering mutual interference and overlapping sensor protection. The platform operates independently to assist mission-critical choices whereas complementing present command-and-control and sensor-control techniques, specializing in mission logic and optimization reasonably than real-time gadget management.
A key differentiator is the system’s vendor-agnostic structure, permitting prospects to mannequin blended fleets of sensors and effectors from a number of suppliers alongside recognized or generic hostile techniques. Consumer-sensitive efficiency parameters are configured domestically by means of a safe configurator, guaranteeing categorised and proprietary info stays below sovereign person management.
Past operational deployment, the CounterUAS platform helps coaching, readiness and long-term power improvement by offering a practical surroundings for complicated counterdrone situations and data-driven after-action critiques. The system allows acquisition and force-development authorities to evaluate different counterdrone architectures, quantify operational tradeoffs and determine cost-effective sensor and effector combos for various mission profiles and budgets.
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