With 104 matches across 39 days and venues spanning the Americas, the FIFA World Cup 2026 compressed today’s biggest live production challenges into one event. Appear’s work with FOX Sports, Vivaro, Chilevisión, ClaroVTR, PSSI and Pixop shows why resilient, flexible infrastructure, not a single fixed workflow, is what delivers when live cannot fail.

The FIFA World Cup 2026 was not simply a bigger edition of an established tournament. With 104 matches played across 39 days and staged across the Americas, it compressed many of today’s live production challenges into one event: more venues, more feeds, more remote collaboration, growing demand for Ultra HD and HDR, and no tolerance for interruption. Success depended less on choosing one “best” workflow than on building infrastructure capable of supporting several.

Appear’s work with FOX Sports, PSSI Global Services, Vivaro, Chilevisión, ClaroVTR and Pixop illustrates that shift. The deployments differed significantly, spanning remote production, satellite and IP contribution, linear and streaming distribution, and cloud video enhancement. Yet each used a high-capacity, modular platform at critical hand-off points, then selected the codec, transport method and deployment model that best suited the service.

FOX Sports used Appear’s X Platform to modernise its live production infrastructure across its Home Run Productions remote environment, World Cup coverage and its Jewel Events system. The tournament workflow was based on SMPTE ST 2110 and JPEG XS: X20 platforms supported larger environments, while compact X5 systems enabled remotely located commentators to receive live feeds and return synchronised commentary with minimal delay. The same architecture could switch to low-latency HEVC and SRT where bandwidth was constrained, keeping the production model operationally consistent as connectivity changed. FOX Sports now plans to redeploy the infrastructure for other major broadcasts, turning tournament capacity into a long-term production asset.

That flexibility mattered just as much for Vivaro, which supported broadcasters and streaming platforms across seven countries and all 104 matches. “For an event of this scale, live feeds simply cannot fail,” said Daniel González, CEO of Vivaro. Vivaro used the X20 to process and transport feeds with both HEVC and JPEG XS, and to distribute linear services over SRT, configuring each service around the customer’s needs without creating separate technology islands.

In Chile, Chilevisión, ClaroVTR, cloud video specialist Pixop and Appear built the country’s first large-scale cloud-based 4K World Cup distribution workflow, turning Chilevisión’s existing 1080i HD-SDI output into a dedicated UHD channel. An X20 encoded the feed in HEVC and transported it over SRT into AWS, where Pixop performed real-time deinterlacing, restoration and upscaling before a second X20 decoded the enhanced signal for delivery to ClaroVTR subscribers, adding a premium service by extending, rather than replacing, the existing production environment.

Resilience also meant security. Ahead of the tournament, PSSI upgraded its mobile fleet and Pittsburgh teleport with multiple X20 chassis combining encoding, decoding, satellite modulation and demodulation, ASI and SRT, and moved its video transport security to BISS-2 with AES-128 encryption, dynamic key rotation and real-time receiver control.

Across every project, the decisive capability was not a single codec or protocol but optionality: JPEG XS when latency and fidelity came first, HEVC when bandwidth efficiency mattered, SRT for reliable transport, and satellite and ASI where established contribution paths remained the right choice. The World Cup was an unusually demanding proving ground, but its lesson holds for live production generally: infrastructure that bridges on-premises and cloud, serves linear and digital destinations, and scales without multiplying operational complexity pays back long after the final whistle.