Broadcast vendors shift to software-defined orchestration for IP and cloud workflows
A collection of broadcast technology vendors discuss the industry-wide shift toward software-defined, centralized orchestration to manage hybrid IP and cloud-based workflows. The roundtable highlights challenges such as protocol interoperability, system observability, and the evolving role of master control in supporting linear, FAST, and streaming delivery.
Key Takeaways
- Orchestration platforms like Lawo's HOME now automate device discovery and application instantiation to simplify complex software-defined routing.
- Master control is evolving into a multi-platform delivery layer, requiring unified workflows to manage linear, FAST, and digital outputs simultaneously.
- Observability has overtaken connectivity as the primary operational challenge in distributed IP environments, particularly for managing PTP synchronization and multicast streams.
- Interoperability remains a significant friction point, necessitating intelligent routing solutions to normalize protocols like NDI, SRT, and SMPTE ST 2110.
- Automation is being deployed for high-volume tasks like ad signaling and quality control, while human oversight is reserved for judgment-heavy live interventions.
Why It Matters
The transition from fixed-function hardware to reconfigurable software-defined systems is no longer optional as fragmentation forces broadcasters to support more destinations with fewer resources. By centralizing orchestration, organizations can abstract infrastructure complexity, allowing smaller teams to manage dozens of concurrent channels across on-premises and cloud environments. For the broader ecosystem, this signals a move toward 'unified origination,' where linear and streaming are no longer treated as silos. Success now depends on achieving 'observability'—the ability to diagnose faults across distributed software chains in real time. Watch for the maturation of automation protocols that bridge the gaps between legacy SDI equipment and modern IP registries to reduce manual intervention in live production.
Additional Context
The push toward software-defined infrastructure reflects a structural shift as the industry moves beyond early IP experimentation. According to the 2026 Haivision Broadcast Transformation Report, enabling remote production is the top priority for 41% of broadcasters, followed by the transition to IP at 39%. While 30% of respondents now utilize SMPTE ST 2110, legacy SDI remains dominant in 82% of facilities, highlighting the persistent need for hybrid orchestration tools that can bridge these two worlds during long-term migrations.
Strategic vendor collaborations are accelerating this interoperability. In June 2026, Grass Valley and Lawo announced a partnership to validate integration between their respective AMPP and HOME platforms. This effort aligns with the European Broadcasting Union’s (EBU) Dynamic Media Facility initiative and the Media eXchange Layer (MXL) project, which aim to provide broadcasters with a standardized way to manage resources across multi-vendor, best-of-breed software environments. Such open-standard approaches are designed to mitigate vendor lock-in as production moves further into the cloud.
Meanwhile, the move toward unified origination is gaining commercial traction. Per Imagine Communications in early 2026, the industry is shifting from ST 2110 pilots to full-scale implementations where playout, automation, and advertising technology are integrated into a single 'Total TV' framework. This model treats all viewing platforms as a single audience pool rather than separate delivery silos. Industry analysts note that as media companies consolidate, technology vendors are responding by expanding their software portfolios to provide comprehensive, end-to-end management of the entire content lifecycle.
Read full article at newscaststudio.com
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