13. January 2026
Omnisys Unveils Ai-Powered Counter-Drone Platform That Predicts And Prevents Threats
Omnisys Advances CounterUAS Platform With AI-Driven Mission Planning, Revolutionizing Counter-Drone Defense
In a significant move to enhance counter-drone defense capabilities, Omnisys has unveiled its next-generation Counter Unmanned Aircraft System (CUAS) mission planning platform. This cutting-edge technology shifts the focus from reactive interception to proactive, model-driven prevention, enabling operational users to anticipate and prepare for potential unmanned aircraft system (UAS) attacks.
The BRO-CUAS system is an evolution of Omnisys’ proven battle resource optimization suite, further leveraging advanced technologies to improve mission effectiveness against small drones, FPV strike platforms, and loitering munitions. By leveraging a physics-accurate digital twin of the battlespace, the platform reveals low-altitude approach corridors and coverage gaps caused by terrain, buildings, and vegetation.
This enables planners to identify vulnerabilities, close blind spots, prioritize critical sites and routes, and deploy scarce radars, RF sensors, jammers, and interceptors strategically. The system’s AI-driven optimization engine evaluates alternative deployment options and operational concepts, recommending courses of action that enhance coverage and interception probability while reducing mutual interference and redundant overlaps.
The BRO-CUAS platform operates as an independent planning tool to support mission-critical decisions, complementing existing command and control and sensor control systems. By modeling operational behavior, constraints, and enemy courses of action, the system provides commanders with a deeper understanding of their operational environment, enabling better, faster decision-making in the dynamic battlespace.
A key differentiator of the BRO-CUAS platform is its vendor-agnostic architecture, allowing customers to model mixed fleets of sensors and effectors from multiple suppliers alongside known or generic hostile systems. User-sensitive performance parameters are configured locally through a secure configurator, ensuring classified and proprietary information remains under sovereign user control.
Beyond operational deployment, the BRO-CUAS platform supports training, readiness, and long-term force development by providing a realistic environment for complex counter-drone scenarios and data-driven after-action reviews. Acquisition and force development authorities can assess alternative CounterUAS architectures, quantify operational tradeoffs, and identify cost-effective sensor and effector combinations for different mission profiles and budgets.
Omnisys’ commitment to combat-proven mission optimization systems is evident in its BRO suite of battle resource optimization systems, which enables end-to-end planning, management, and debriefing of multi-mission and multi-domain land, sea, and air operations. The AI-driven BRO suite empowers mission commanders with optimized courses of action, enabling an increased amount and higher quality of decisions in less time – significantly enhancing operational performance.
With over 25 years of experience, Omnisys combines deep multidisciplinary expertise with cutting-edge real-time simulation, data-driven analysis, and optimization technologies. The company’s global presence and dedication to supporting defense and homeland security sectors position it as a leader in providing combat-proven mission optimization systems.
The BRO-CUAS platform is a significant advancement in counter-drone defense capabilities, offering a proactive approach to preventing successful UAS attacks. By leveraging AI-driven mission planning, Omnisys has created a system that enhances operational performance, supports training and readiness, and enables commanders to make informed decisions in the dynamic battlespace.
The threat of unmanned aircraft systems continues to evolve, and it is essential for defense and homeland security sectors to adopt proactive counter-drone defense strategies. The BRO-CUAS platform provides a cutting-edge solution for this challenge, enabling operational users to anticipate and prepare for potential UAS attacks.
Omnisys’ next-generation CounterUAS mission planning platform represents a significant step forward in counter-drone defense capabilities. By leveraging AI-driven mission planning, the system enables operational users to anticipate and prepare for potential UAS attacks, enhancing operational performance and supporting training and readiness.