New Andromeda System Revolutionizes Drone Security by Identifying Authorized and Threatening Flights

The Andromeda system, designed for internal security agencies, integrates data from multiple drone detection technologies into a unified operational display, enabling real-time identification of authorized drones versus security threats. Developed by the Israeli company Highlander, Andromeda consolidates inputs from radar, RF systems, Remote ID, ADS-B, cameras, optical and acoustic sensors, telemetry, and third-party systems using Sensor Fusion technology to cross-reference and filter data for reliable drone classification.

This approach addresses the current challenge of fragmented drone detection, where organizations operate multiple independent systems without a comprehensive aerial picture. Andromeda distinguishes between "blue" drones (authorized) and "red" drones (unauthorized or hostile), facilitating immediate friend-or-foe identification. Beyond real-time monitoring, the system offers operational insights and long-term activity pattern analysis, potentially identifying drones that repeatedly appear near sensitive sites before any breach occurs.

Highlander, already active in drone traffic management, expands its scope with Andromeda into airspace security. The system is hardware-agnostic, compatible with various sensors and platforms both cloud-based and on-premises, and integrates with Highlander's other solutions like Vega UTM for traffic management and Orion DFM for fleet management. This comprehensive framework supports everything from authorized flight management to threat detection, responding to the growing security risks posed by drones disrupting airports, emergency operations, and large events.