For Blue Origin’s rocket launch live broadcasts, Broadcast Management Group (BMG) was responsible for centralized production. The challenge stemmed not only from the scale of production but also from extremely complex geographical environments. Launch sites, mission control centers, manufacturing facilities, studios, and mobile shooting platforms were spread across the United States—many in areas with extremely limited infrastructure or even no fixed network connectivity at all. Delivering stable, high-quality video return under these conditions became critical to the success of the production.
To fully implement a Remote Integration Model (REMI) workflow, BMG required a reliable and scalable transmission solution to deliver real-time feeds from these dispersed, remote locations back to its Network Operations Center (NOC) in Washington, D.C. LiveU emerged as the core enabling technology for this workflow.
Extreme Requirements of Rocket Launch Coverage
Live production for Blue Origin’s rocket launches imposed extremely high demands on transmission and production, including:
- Field signal return from remote, infrastructure-poor areas
- Broadcast-quality, low-latency video
- Reliable redundant transmission paths for mission-critical signals
- Scalability from dozens up to 50+ live camera signals
- Support for highly mobile shooting positions far from fiber access points
Traditional satellite or fixed links alone could not meet such diverse and distributed production requirements.
Solution: LiveU Integrated into the REMI Workflow
BMG deeply integrated LiveU into its REMI remote production workflow to support signal return and redundant transmission across multiple Blue Origin missions.
LiveU equipment was deployed at:
- Rocket launch sites
- Manufacturing facilities
- Mobile camera positions
- Other areas inaccessible to traditional networks
These field signals were reliably transmitted back to BMG’s centralized production hub via LiveU, where they were combined with other signals from IP and fiber networks. Inside the NOC, switching, graphics, slow-motion replay, audio production, and shading were all completed remotely. By incorporating LiveU as a key component of its overall transmission strategy, BMG significantly expanded production coverage without increasing on-site staff or building additional infrastructure.
Scaling Up: From New Shepard to New Glenn
This LiveU-powered workflow was first used for Blue Origin’s New Shepard missions. During this phase, BMG transitioned from a production model relying on traditional OB vans for the NS-31 mission to its proprietary REMI model for NS-32 and NS-33.
This LiveU-enabled remote return strategy was later expanded to support Blue Origin’s New Glenn NG-2 launch mission, which integrated more than 50 live signals from five separate locations nationwide.
Despite a significant increase in production scale and complexity, the core approach remained consistent: using LiveU technology to bring dispersed remote camera signals into a centralized production environment with broadcast-grade reliability.
Remote Production Built for Extreme Environments
For BMG, LiveU played a pivotal role in enabling large-scale remote rocket launch production. By delivering stable, high-quality video return in some of America’s most challenging shooting environments, LiveU supported a scalable, repeatable centralized REMI production model. This allowed production capabilities to successfully extend from New Shepard missions to New Glenn launches—all without compromising reliability or production quality.