VITEC Powers Essential Live Video Streaming with Hyperever’s Proteo Robodog

VITEC’s ruggedized, ultra-low latency video encoding technology has been seamlessly integrated into Hyperever’s Proteo quadruped robot, creating a state-of-the-art live video platform ready for mission-critical operations. This innovative ‘robodog’ acts as a forward reconnaissance asset, providing secure, broadcast-quality video streams directly to command and control systems. The advanced video solution utilizes MGW Pico+ TOUGH and MGW Diamond TOUGH encoders, ensuring real-time situational awareness, optimal bandwidth efficiency, and effortless compatibility with existing intelligence, surveillance, and reconnaissance (ISR) frameworks.

As uncrewed ground systems evolve to meet the growing demands in defense and security, the ability to deliver high-quality video in real-time is essential. Hyperever’s Proteo robodog is specifically engineered for complex environments, supporting diverse applications from ISR missions to explosive ordnance disposal and remote tactical operations.

Hyperever required a video solution capable of providing secure, broadcast-quality video with ultra-low latency, even in challenging network conditions. The Proteo is specifically designed to navigate difficult terrains autonomously or semi-autonomously, carrying payloads of up to 35kg, operating for six hours, and reaching impressive speeds of 12 km/h. While its mobility and payload capabilities are well recognized, conventional video payloads often come with limitations. High latency, inefficient compression, and integration hurdles with tactical command and control (C2) networks hinder the real-time effectiveness of video as a decision-making tool.

For field commanders and operators in high-stakes environments, video latency significantly affects situational awareness and sensor-to-decision time. To address these needs, Hyperever sought a compact, rugged encoder with a low size, weight, and power (SWaP) profile, capable of securely transmitting high-quality video and metadata from the robodog to existing ISR and C2 infrastructures.

By incorporating VITEC’s MGW Pico+ TOUGH and MGW Diamond TOUGH encoders into Proteo’s configuration, Hyperever transformed the robodog into a tactical video streaming node. This allows the secure transmission of full-motion video directly from ground assets to command centers and field units. These hardware-based encoders support HEVC and H.264 compression, which means high-definition and 4K video can be efficiently streamed across tactical networks.

Engineered for military and security missions, the encoders meet MIL-spec ruggedization standards while offering ultra-low latency and support for various protocols and metadata, including KLV and STANAG. This guarantees seamless integration with existing systems, and additional overlays for video identification and timestamping enhance operational efficiency.

The integration of VITEC’s cutting-edge video technology has considerably augmented the operational capabilities of the Proteo robodog. It now serves not just as a mobile robotic platform but also as a crucial provider of broadcast-quality live video and metadata to C2 nodes, facilitating quicker and more informed decision-making.

The ultra-low latency encoding capabilities significantly minimize delays compared to traditional video solutions, while HEVC compression yields approximately 50% bandwidth savings, enabling dependable streaming in limited bandwidth scenarios. Standard protocol support ensures straightforward integration with existing ISR infrastructures, allowing decoding on both stationary and mobile devices.

“VITEC has extensive expertise in delivering low-latency, reliable video for demanding environments, and this project exemplifies how that knowledge can enhance autonomous robotics,” states Ghassan Dadokh, Senior Business Development Manager (Security & Defense) at VITEC. “Proteo becomes far more than just a mobile platform when it can transmit secure, high-quality video and metadata directly into established ISR systems, turning the robodog into a genuine forward reconnaissance asset.”