A distributed radar control system combining high-speed data processing, inversion algorithms and AI to detect, classify and track low-altitude small targets.
AI DevelopmentCustom Software
Concept UI based on the project capabilities. Actual client interface not shown.
The challenge
Turning complex expertise into a reliable AI workflow
Acquire, transmit and process distributed fully polarised and phased-array radar data in real time.
Locate low-altitude small targets accurately within complex signal environments.
Maintain continuous trajectory tracking and present reliable information for situational awareness.
The solution
A purpose-built intelligent platform
The system coordinates high-speed acquisition and real-time processing across distributed radar resources. Inversion algorithms and AI identify target characteristics, maintain tracks and convert complex sensor inputs into decision-support information.
AIHigh-Speed AlgorithmsInversion AlgorithmsReal-Time Data Processing
Real-time processing
Handles high-volume radar acquisition, transmission and analysis with low operational delay.
AI target recognition
Identifies characteristics of low-altitude small targets from processed radar signals.
Continuous tracking
Maintains trajectories and presents situational information for operational decisions.
The outcome
Practical value from applied AI
The platform improves the speed and consistency of small-target detection and tracking while providing clearer information for defence and security decision support.
