One cockpit for all your live contribution workflows

The Contribution Cockpit serves as the central hub for managing and monitoring all contribution feeds across your network.

Designed for broadcasters, service providers, and satellite operators, it provides a unified, real-time view of live content paths, from source to destination, regardless of the underlying technology, vendor, or transport protocol.

Whether handling IP-based feeds such as SRT, RIST, Zixi or satellite, the Contribution Cockpit offers seamless control and insight into every connection, device, and route.

By consolidating heterogeneous systems into a single intuitive workspace, it eliminates operational silos and reduces complexity, empowering teams to act faster, ensure continuity, and deliver high-quality content with confidence.

Effortless connection management

Operators can quickly link sources and destinations through intuitive workflows that automatically select the right path, enabling fast, reliable connection setup with built-in validation, contextual guidance, and full confidence in every operation.

Multi-vendor, multi-protocol interoperability

Simplify complex contribution workflows with built-in interoperability across leading vendors and standards. Whether managing software-based encoders, hardware decoders, or cloud gateways, operators can easily visualize, control, and troubleshoot connections regardless of manufacturer or protocol—breaking down silos between technologies.

End-to-end situational awareness

Gain a holistic view of your entire contribution ecosystem. The Contribution Cockpit brings together all feeds, devices, and routing paths into a unified dashboard, allowing operators to instantly detect issues, monitor performance, and ensure service continuity across any transport technology or vendor.

Streamlined monitoring and troubleshooting

Quickly identify and resolve issues with smart indicators, color-coded status views, and contextual details on each feed or device. The Contribution Cockpit reduces complexity by correlating performance data across systems, helping operators maintain broadcast-grade reliability in dynamic live environments.