Industry Insights: Building resilience and trust into modern media workflows

Building resilience into modern broadcast operations requires more than adding redundant systems or expanding security controls.

As production workflows grow increasingly complex, broadcasters must balance reliability, operational efficiency and the ability to recover from disruptions without introducing additional burdens for production teams.

In the final installment of this three-part Industry Insights roundtable, technology vendors examine how automation, simplified architectures and integrated monitoring can strengthen resilience while minimizing operational complexity.

The discussion explores business continuity and disaster recovery strategies, the costs and practical considerations of cloud-based redundancy and the importance of understanding dependencies across production workflows. Participants also address the growing challenge of content authenticity, examining how provenance standards, verification technologies and content credentials can help protect the integrity of video, audio and images as AI-generated media becomes more sophisticated.

Key takeaways from this Industry Insights roundtable

• Simplify for resilience: Reducing unnecessary tools and integrations, automating routine controls and embedding monitoring into existing workflows can improve reliability without increasing operational complexity.
• Continuity differs from recovery: Business continuity focuses on maintaining operations during disruption, while disaster recovery addresses restoring systems and content, requiring distinct plans, responsibilities and testing.
• Redundancy requires evaluation: Cloud-based failover and geographic diversity can improve operational resilience, but organizations must weigh their benefits against ongoing infrastructure costs, resource consumption and actual workflow risks.
• Content provenance matters: Camera-based authentication, content credentials and standards such as C2PA can help broadcasters establish verifiable records of media origin and detect unauthorized modifications.
• Trust spans production: Protecting signal integrity and audience confidence requires coordinated approaches to cybersecurity, operational resilience and content authentication throughout the media lifecycle.

How can broadcasters build resilience into workflows without adding unnecessary complexity or slowing production teams?

Andrew Wierzan, president of products, Pixitmedia: Every tool added to a workflow adds risk, another credential, another integration, another thing to patch, so resilience starts with subtraction rather than addition. This is not an argument for locking into one vendor’s ecosystem; it is an argument for interrogating every piece of glue in the chain and asking whether something you already run can do the job. On the data side, ask whether the platform itself can do it before layering an application on top, because that layer adds complexity, inefficiency and cost that you then need to secure too.

Jan Helgesen, head of product and solutions, Nevion: Broadcasters can strengthen workflow resilience without slowing production teams by embedding security into existing tools, automating routine controls, and applying least-privilege access. The aim is to move beyond perimeter-based protection toward zero-trust, identity-centric workflows that operate seamlessly in the background. Key strategies for resilient, low-friction security including applying granular role-based access control and least-privilege permissions, separating production networks from corporate IT and office networks, automating security checks during ingest and other routine workflows, replacing traditional VPN access with zero-trust network access and using immutable backups and air-gapped disaster recovery for critical systems.

Kristan Bullett, CEO, Humans Not Robots: Resilience and complexity only trade off against each other when monitoring gets bolted onto workflows after the fact, rather than built from the telemetry those workflows are already generating. When you measure cost, carbon and performance from that existing data, production teams get visibility without a new dashboard to babysit or a new process to follow. The lesson from working with compute-intensive broadcasters is that resilience is achieved when it’s a by-product of good measurement, not a separate layer added on top.

Bea Alonso, marketing lead, Projective: Resilience fails the moment it becomes friction, because creatives will route around any control that costs them time. The trick is to make the resilient workflow effortless, using templated workspaces and automation so structure, backup discipline, and access governance happen in the background rather than as extra steps.

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Russell Trafford-Jones, industry engagement manager, Techex: Design resilience once and repeat it, rather than rebuilding it by hand for every event. Templated workflows that are designed once and deployed repeatedly simplify complex operations, increase efficiency and ensure design consistency, reducing the risk of errors. Central management of upgrades and configuration, combined with systems that keep running seamlessly even if they lose contact with their control layer, gives production teams resilience without extra work.

Sergio Ammirata, Ph.D., chief scientist, SipRadius: Resilience works best when it is built into the transport architecture rather than becoming another task for operators to manage during a live production. Technologies such as RIST can use redundant paths and packet recovery intelligently, including SMPTE ST 2022-7-style operation where retransmission is only required if the same data is lost on both paths, while automated network management can adapt buffering and routing to changing conditions. The production team should simply see a reliable signal; the complexity required to maintain it belongs underneath the workflow.

What does an effective business continuity and disaster recovery strategy look like for a modern media organization?

Andrew Wierzan, president of products, Pixitmedia: It starts with education, because disaster recovery and business continuity are different disciplines and they are routinely conflated by operations leads and executives who are already stretched too thin. Recovery is about getting systems and content back; continuity is about the show still going out while you do it, and the two need separate plans, owners and tests. When organizations understand risk collectively rather than in departmental silos, the decisions get more proactive and more pragmatic, because the whole team owns the consequences.

Kristan Bullett, CEO, Humans Not Robots: An effective business continuity strategy starts with real data about what each workflow delivers, costs, consumes and depends on, not a blanket assumption that more redundancy is always safer. I regularly see media organizations size failover and duplicate infrastructure without ever measuring its ongoing cost or carbon impact, which quietly makes disaster recovery one of the least scrutinized parts of the whole technology estate. The organizations getting this right treat redundancy as a workload-level decision, sized to actual risk and measured like any other infrastructure choice, rather than applied as a uniform policy everywhere.

Bea Alonso, marketing lead, Projective: Effective continuity starts with knowing exactly where every asset lives and being able to reconstitute a full project, not just recover loose files scattered across locations. Consistent structure and searchable archives are the unglamorous foundation, because a backup you cannot navigate under pressure is barely a backup.

How are cloud-based redundancy, geographic diversity and automated failover changing approaches to operational continuity?

Kristan Bullett, CEO, Humans Not Robots: Cloud-based redundancy and automated failover have made continuity easier to buy, but not necessarily cheaper or cleaner: every duplicate region, standby instance and failover path adds cost and carbon that most organizations aren’t measuring. More redundancy and more resilience aren’t automatically the same thing once you look at what each failover path actually costs to run. The media and telco organizations we work with are increasingly asking not just whether they can fail over, but what that architecture costs them, in cash and carbon, every single day it isn’t needed.

How are broadcasters and content owners approaching the growing challenge of verifying whether video, audio and images are authentic?

Martin Lindsay, head of networked solutions, Sony Electronics: Broadcasters and content owners are increasingly focused on establishing verifiable provenance for media from the point of capture through distribution. As AI-generated and manipulated content becomes more sophisticated, organizations are looking for solutions that provide trusted evidence of content origin and integrity, rather than relying solely on human review and post-production detection tools. Camera-based authentication, open standards such as C2PA, and workflow-level verification are becoming important components of maintaining audience trust.

How can provenance, watermarking and content credentials support trust throughout the production and distribution chain?

Martin Lindsay, head of networked solutions, Sony Electronics: A transparent record of how content is captured, processed and shared can help build confidence throughout the lifecycle. By preserving authenticity information across production workflows, broadcasters can verify the origin of content, detect unauthorized modifications and provide greater assurance in the material delivered to audiences. The adoption of open industry standards is essential to ensure this trust information remains interoperable across diverse tools, platforms and distribution environments.

How can technology providers help media organizations protect both signal integrity and audience trust as threats continue to evolve?

Martin Lindsay, head of networked solutions, Sony Electronics: Technology providers play a critical role by building security, authenticity and resilience directly into media workflows rather than treating them as separate processes. This includes securing contribution and distribution infrastructure, supporting trusted content provenance from capture through delivery, and providing tools that allow organizations to verify the integrity and authenticity of the content they publish. The combination of operational resilience and content transparency is becoming increasingly important as cyber threats evolve and AI-generated and manipulated media become more sophisticated.