CRPC®(Cognitive Radio Protocol Cracking) is an advanced reverse engineering and signal analysis technologyapplied to UAV detection and defense industry. As one of the most sophisticated C-UAS technologies in theworld, CRPC® is currently mastered by only a few leading companies globally.
- Rare
Exclusive cutting-edge and high-end C-UAS technology - Rapid
A-powered analysis enabling immediate interception and takeover - Unique
ldentify DIlY, consumer, or non-standard UAVs withoutstandard protocols or telemetry - Strategic
CRPCo 1.0 -> 2.0 -> 3.0 fast evolution with smarter results - Comprehensive
Full-link capabilities in detection, position, monitor, and takeover
Electro-optical Technology
Our AI + Electro-Optical technology combines advanced AI algorithms with high-precision imaging to deliver fast, accurate, and all-weather detection and tracking of UAV targets. With intelligent detection, adaptive tracking, and active EO sensing, it ensures reliable situational awareness and monitoring in complex environments.
- AI-Driven Target Detection
- ntelligent Temporal Target Tracking
- Active Electro-Optical Detection System
- Adaptive Gimbal Control
- Infrared Imaging Lens
- All-weather, day-night operations
Key Capabilities
- AI-Driven Target Detection
Deep-learning models enable automatic detection and classification of small UAVs, reducing false alarms caused by birds, aircraft, or environmental noise. - Intelligent Temporal Target Tracking
AI-based temporal analysis ensures continuous target tracking across frames, maintaining stable lock-on even during high-speed movement or partial occlusion. - Active Electro-Optical Detection System
Actively searches and scans designated airspace to locate UAV targets, enabling rapid target acquisition and visual confirmation. - Adaptive Gimbal Control
Intelligent gimbal algorithms provide smooth, precise, and responsive tracking, automatically adjusting angles and speed based on target behavior. - Infrared Imaging Lens
High-sensitivity thermal imaging enables reliable detection and tracking in low-light, night-time, fog, and adverse weather conditions.
Application Scenarios for AI + Electro-Optical Technology
AI + Electro-Optical technology is best suited for scenarios that require visual confirmation, continuous tracking, and high-reliability situational awareness in low-altitude airspace.
- Large Public Venues & Major Events
Stadiums, concerts, exhibitions, and mass gatherings where crowd safety is critical. The system provides real-time visual identification and stable tracking of unauthorized UAVs, minimizing false alarms and supporting rapid decision-making. - Airports & Aviation Facilities
Civil and general aviation airports requiring precise detection and visual verification of drones near runways and controlled airspace, including night-time and low-visibility conditions. - Critical Infrastructure Protection
Power plants, substations, oil & gas facilities, ports, and industrial sites where persistent monitoring and visual confirmation are essential for perimeter and asset protection. - Government, Law Enforcement & Public Security Operations
Urban environments with complex backgrounds and dense electromagnetic activity, supporting evidence-based threat assessment and coordinated response. - Border, Military & Strategic Facilities
Sensitive locations requiring long-range observation, all-weather monitoring, and continuous tracking of aerial targets under demanding operational conditions.
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