Detect and Avoid (DAA) Technology is critical to advanced drone operations and flight beyond visual line of sight (BVLOS.) Now, a project demonstrates the usage of computer vision DAA technology to detect other drones and aircraft in secured airspace.
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Cambridge Pixel VSD Utilized in Police-Supported Project Testing Vision-Based Detect & Avoid for BVLOS Operations and Classification of Aerial Objects
by DRONELIFE Staff Author Ian M. Crosby
Sensor processing and display solution developer Cambridge Pixel had joined a consortium with Vizgard and Gibson Robotics to mix the capabilities of every company for a final project demonstration earlier this month, on the Edinburgh Royal Observatory. The project, funded by a DASA Security Rapid Impact Open Call, with support from two UK police departments, got down to explore the usage of vision-based 360° Detect and Avoid capabilities for BVLOS drone operations. The project utilized Vizgard’s onboard edge computer and an upgraded FortifAI computer vision server to concurrently process six 4k video streams. An encrypted cellular connection was used to stream near-real-time classification of aerial objects, including other drones and their true bearings.
Considered one of the key focuses of this project was showcasing how a vehicle-mounted PTZ (Pan-Tilt-Zoom) camera system could autonomously monitor the local airspace and sustain visual tracking of the police drone. Cambridge Pixel’s VSD display software was utilized with a neighborhood ADS-B receiver to display the position of transmitting aircraft on a bird’s eye map view. VSD’s advanced security monitoring with camera tracking and control made it an excellent solution for integration with Vizgard’s FortifAI, which employed multiple Deep Neural Networks to trace the drone and monitor for non-transmitting aerial objects.
Cambridge Pixel recently upgraded VSD to support additional radars, devices and video tracking. Vizgard’s technology also grants automated long-range 360° visual detection along the ‘Skyway’ drone flight corridor, which can connect Reading, Coventry and Cambridge.
“Having had prior experience working with Cambridge Pixel on various C2 projects, I used to be already aware of the exceptional expert support we could anticipate for this project,” said Vizgard CEO Alex Kehoe. “With the combination of VSD and FortifAI, our capabilities have expanded, enabling us to cater to customers searching for to harness our AI for time-critical insight alongside their library of supported sensor technologies. This development not only broadens our service offerings but additionally creates exciting prospects for potential partnerships with other sensor providers, whether or not it’s for C-UAS or more general security applications.”
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