UK-based Chess Dynamics has secured a £1.4-million contract to supply its Hawkeye Electro-Optical Sensor System for integration into mobile air defense units, marking another step in the growing shift toward sensor-rich, layered air defense architectures. Ordered by an undisclosed prime contractor, the Hawkeye system will provide high-resolution optical and thermal imaging, AI-enhanced tracking, and precision positioning designed to perform in demanding operational environments. By supplementing traditional radar with advanced electro-optical sensing, the system improves long-range detection, identification, and persistent tracking of hostile airborne threats, including drones, aircraft, and missiles. Powered by Chess Dynamics’ DEFT AI algorithms, Hawkeye enables sustained target locks even in cluttered urban or coastal environments where radar performance may be degraded. The system’s stabilized motion platforms, automated tracking, and real-time data feeds support rapid decision-making for mobile air defense commanders.
