S.A.V.I.O.R.
Surveillance Augmented by Virtual Reality Integrated Onto Robot
A wireless tele-presence robotic platform designed for immersive remote surveillance and operation. S.A.V.I.O.R. combines stereoscopic machine vision, VR-based remote interaction, real-time head-movement and voice control, wireless communication and environmental sensing to enable remote operation in environments where conventional fixed surveillance has limited mobility and field of view.
Conventional fixed surveillance systems suffer from static blind spots and lack situational flexibility in hazardous or constrained operational environments.
Mobile robotic chassis with pan-tilt stereoscopic camera rigs, synchronized wireless video streaming bridges, sensor telemetry links, and a low-latency headset control loop.
Integrated dual-camera optical capture, real-time head-tracking orientation matching, voice command interpretation, and wireless motor drive telemetry into a unified robotic system.
Engineered as an undergraduate final-year systems project, successfully demonstrating immersive remote reconnaissance and intuitive tele-operation across unstructured spaces.
Let's evaluate feasibility and technical parameters.