The company develops autonomous marine vehicles for long-duration missions in remote and harsh environments, supporting environmental monitoring, inspection, and research applications. These platforms require reliable, real-time video communication even under limited or unstable bandwidth conditions.
To address these challenges, the company partnered with Fluendo to design a real-time video streaming solution tailored to demanding marine scenarios. Fluendo implemented a GStreamer-based multimedia pipeline leveraging hardware-accelerated video codecs and WebRTC to ensure low-latency, high-quality video capture and transmission. A user-friendly graphical interface was also developed, allowing mission operators to view live video feeds directly from the vessel, enhancing situational awareness and operational efficiency.
Proposed solutions
Resilient streaming for autonomous operations
Maintaining video quality and real-time monitoring in constrained networks
A robust and efficient streaming pipeline ensured consistent, high-quality video transmission despite limited network conditions. Real-time remote monitoring was enabled via WebRTC and an intuitive preview interface, improving mission reliability and operational responsiveness.
This project highlights strong expertise in designing resilient multimedia systems for autonomous platforms in extreme environments.
Proposed solutions
Resilient streaming for autonomous operations
Maintaining video quality and real-time monitoring in constrained networks
A robust and efficient streaming pipeline ensured consistent, high-quality video transmission despite limited network conditions. Real-time remote monitoring was enabled via WebRTC and an intuitive preview interface, improving mission reliability and operational responsiveness.
This project highlights strong expertise in designing resilient multimedia systems for autonomous platforms in extreme environments.