Inside ITV Sport’s Groundbreaking Remote Production for the FIFA World Cup 2026 Across Brooklyn, London, and Beyond

When the FIFA World Cup returns in 2026, it won’t just be the scale of the tournament that breaks new ground. Behind the scenes, ITV Sport is preparing one of its most ambitious production operations to date: a split remote workflow spanning continents, time zones and technical hubs from Brooklyn to London and beyond.In partnership with Host Broadcaster FIFA TV and international facilities providers, the UK commercial broadcaster will rely on a hybrid model that blends on-site presence in North America with refined remote galleries, edit suites and control rooms back home.

This approach is designed to meet escalating audience expectations for depth, immediacy and analysis, while keeping a close eye on efficiency, resilience and sustainability. From IP-based contribution and cloud-enabled post-production to the reimagining of commentary positions and studio workflows, ITV Sport’s 2026 plan offers a window into how major-event broadcasting is evolving.This article examines the technology,the logistics and the editorial thinking underpinning the operation – and what it reveals about the future of live sports production.

Engineering the Brooklyn London production bridge for live World Cup coverage

At the heart of ITV Sport’s 2026 World Cup operation is a purpose-built production “bridge” linking the Brooklyn hub with the main gallery stack in London, designed to behave as if both locations sit on the same campus. Engineers architected a low-latency, dual-path IP backbone, using SMPTE ST 2110 for essence-based media transport and JPEG XS for visually lossless compression on high-motion match feeds. The workflow is anchored by mirrored control systems, so a vision mixer in London can cut cameras in the US with frame-accurate tally and return monitoring. To maintain reliability at scale, the team adopted an active-active design across redundant data centres, with automatic failover that’s invisible to on-air teams and viewers.

To keep crews productive across time zones,the bridge doesn’t just move video and audio; it virtualises the entire production surroundings. Operators in London log into remote multiviewers and graphics engines as if they were local, while Brooklyn crews access UK-based replay resources and archive tools through secure, orchestrated workflows. The setup is underpinned by:

• End-to-end monitoring of IP flows,audio phase and loudness
• Centralised orchestration for routing,device discovery and configuration
• Time-locked synchronisation using PTP across continents
• Scalable cloud integration for burst graphics,analysis and highlights

Inside ITV Sport’s remote workflow from venue to hub to home audience

From the touchline in New York and Mexico City to the production galleries in West London,every camera feed,commentary track and data layer is routed through a tightly choreographed chain of IP links and cloud-based control. Match coverage begins at the OB units on site, where signals are ingested, time-synchronised and encoded before being pushed over diverse, redundant circuits to ITV Sport’s primary hub in London. There, centralised teams handle vision mixing, replay, graphics and compliance, drawing on pooled resources that can be redeployed between matches and venues within minutes. A second, smaller node in Brooklyn focuses on North American storytelling – think player access, local color and late-breaking training-ground hits – which is folded back into the main output via shared production tools and mirrored control panels.

To keep this long-distance chain invisible to viewers, ITV’s engineers lean on a combination of software-defined workflows, ultra-low-latency contribution links and virtualised hardware, all orchestrated through a single monitoring layer that spans continents.Core tasks are distributed according to expertise and time zone, with editorial leaders in London directing coverage while specialist operators in Brooklyn handle local inserts, social cutdowns and reactive highlights. This approach lets ITV Sport scale up quickly for simultaneous group games, spin out bespoke content for digital platforms and still maintain a consistent on-air identity across linear and streaming. Key elements in the chain include:

• Venue layer: UHD/HDR capture, on-pitch RF cameras, and commentary positions feeding a compact IP OB footprint.
• Hub layer: Central vision mixing, EVS replay, augmented graphics and archive access housed in London facilities.
• Cloud layer: Virtual control rooms, remote editing desks and intercom systems accessible from any secure location.
• Home layer: Playout to linear channels,ITVX streaming variants and social formats,all versioned from the same master feed.

Safeguarding reliability latency and audio quality across transatlantic links

For ITV Sport’s engineering teams,the real contest lies in keeping every whistle,chant and commentary cue perfectly in sync as signals traverse thousands of kilometres of fibre between Brooklyn and London.Dedicated low-latency circuits are paired with diversified IP paths, allowing contribution feeds to fail over seamlessly without disturbing the on-air product.Time-aligned encoders, GPS-locked reference clocks and dynamic buffering ensure that commentators in London remain tightly locked to pictures sourced in the US, even as network conditions fluctuate.To safeguard the integrity of crowd ambience and on-pitch FX, audio is transported using high-resolution codecs and monitored continuously in dual control rooms, with automated alarms flagging any deviation in phase, level or packet loss.

Behind the scenes, a carefully orchestrated matrix of monitoring and redundancy underpins day-to-day operations. Engineering dashboards surface live metrics on jitter, round-trip delay and audio headroom, enabling fast, data-led decisions when rerouting traffic or adjusting latency budgets. Operators lean on a combination of ST 2110, SRT and managed MPLS routes, while compression profiles are tuned match-by-match to balance bitrates with pristine sound. Key elements of the strategy include:

• Diverse network paths to absorb cable faults and maintenance windows without on-air impact
• End-to-end loudness control to maintain consistent levels across studios,stadia and ad breaks
• Geo-redundant control in London and backup facilities to mitigate regional outages
• Real-time QoS analytics feeding into proactive incident response workflows

Practical lessons and future recommendations for large scale split remote productions

In the rush of a month-long tournament,the most valuable discoveries came from what didn’t go to plan. ITV Sport’s teams in Brooklyn, London and on-site learnt that clarity beats cleverness when connecting hubs: signal paths, comms flows and editorial chains of command were stripped back to their essentials and documented in shareable, visual playbooks rather than dense PDFs. Cross-Atlantic latency demanded a new editorial discipline; producers reblocked rundowns to avoid tight back-and-forths between pundits in different locations,and talent were briefed to lean on longer,self-contained answers rather than rapid-fire exchanges. Crew welfare emerged as a hard production metric, not a soft HR issue, with roster design and shift rotation treated as aggressively as any technical spec.

• Design for failure: build redundant paths and define who decides when to flip.
• Standardise toolkits: identical mixer layouts, monitor stacks and comms labels across hubs.
• Invest in rehearsal: full dress runs with real guests, graphics and VAR scenarios.
• Make wellness operational: clear rest windows and mental health check-ins as part of call sheets.

Looking to 2030-style tournaments, the ambition is to move from “split” to orchestrated remote production, where geography becomes almost irrelevant to viewers and talent alike. That will mean embracing more cloud-native switching and graphics, automating routine QC and compliance layers, and using real-time data to route resources dynamically-sending specific tasks to the hub best placed to handle them in that moment, not just the one in the closest time zone. Above all, the Brooklyn-London experiment shows that the next leap forward will be cultural as much as technical: shared language, shared standards and a shared confidence that world-feed, studio and digital teams can operate as one, even when they are thousands of kilometres apart.

In Retrospect

As the countdown to 2026 continues, ITV Sport’s hybrid operation for the World Cup offers a revealing glimpse of where live broadcasting is headed. By knitting together Brooklyn, London and a wider international footprint into a single, flexible production ecosystem, the broadcaster isn’t just chasing efficiencies; it is redefining what a global sports hub can be.

The success of this model will be measured not only in cost savings and carbon reductions, but in the resilience, creative freedom and responsiveness it brings to coverage of the world’s biggest football tournament. If the technical and editorial ambitions laid out for 2026 can be realised under match-day pressure, ITV’s split remote production could become a template for how major events are delivered long after the final whistle blows in North America.