The first time you see a Muybridge unit, it looks like a mistake. Mounted high in a stadium rafters, it’s a sleek, two-meter black bar studded with tiny lenses, more like a high-end sound system than a broadcast camera. There is no whirring servo, no robotic arm tracing a tennis ball’s arc. The movement happens in software, a silent, weightless pan across a court stitched together from hundreds of static sensors. The footage it produces has a distinct, uncanny quality. It’s smooth and cinematic, but the perspective can shift in ways a physical camera never could, gliding from a wide establishing shot to a tight close-up on a player’s face without a single mechanical adjustment. Watching it, you stop thinking about cameras and start thinking about pixels, about a scene as a malleable data stream. This is the quiet bet Muybridge is placing: that the future of professional imaging isn’t about better lenses or faster motors, but about turning the camera itself into a piece of software.
The virtual camera wedge
Muybridge’s core innovation is a architectural swap. Instead of a single, expensive camera mounted on a heavy robotic PTZ (pan-tilt-zoom) rig, the company deploys an array of consecutively mounted, high-resolution image sensors [PERPLEXITY SONAR PRO BRIEF]. This multi-sensor bar becomes a single, software-defined imaging platform. The system’s software then creates ‘virtual cameras’,software-defined viewpoints that can simulate any angle, perspective, or movement within the captured field of view, all in real time [PERPLEXITY SONAR PRO BRIEF]. The physical hardware is static and simple; the complexity and flexibility live in the code. This approach yields several immediate advantages that form its commercial wedge.
- Negligible footprint, infinite coverage. A single two-meter unit can replace multiple traditional camera positions [PetaPixel, 2026]. More units can be linked to create a continuous, near-infinitely long virtual camera, covering an entire stadium baseline or a factory floor with minimal physical infrastructure.
- Software-defined motion. Every zoom, pan, and tilt is a software operation. This eliminates the latency, mechanical wear, and noise of physical systems, and allows for camera movements that would be physically impossible, like an instant, smooth jump from one end of a court to the other.
- Real-time data pipeline. Because the system captures a rich data stream from multiple sensors simultaneously, it can feed real-time AI and computer vision pipelines directly. This enables applications like automatic player tracking, virtual advertising insertion, and autonomous production workflows out of the box [Product - Muybridge].
The platform is designed for smooth integration into existing broadcast and production environments, supporting industry-standard protocols like SDI, ST-2110, and NDI, and compatible with traditional RCP and CCU control systems [Product - Muybridge]. For broadcast engineers, it slots in like another camera source. For producers, it unlocks a new layer of creative and operational flexibility.
From Oslo to center court
The company’s path from a 2020 Oslo founding to the rafters of grand slam tournaments has been accelerated by a significant seed round. In May 2024, Muybridge secured €8 million (approximately $8.75 million) in a round led by Fairpoint Capital, with participation from existing investors Idékapital, RunwayFBU, and Vikingstad Invest [Fairpoint Capital, May 2024]. The capital was earmarked to accelerate commercialization across multiple industries, and the traction since has been focused and visible.
Muybridge systems were deployed at major tennis tournaments in 2025, including the Miami Open, the Madrid Open, and the US Open [Newsbreak, 2026]. This wasn’t just a tech demo. In 2026, the company landed an exclusive partnership with Sony, through its live sports subsidiary Hawk-Eye Innovations, to power all ATP Masters tournaments [Newsbreak, 2026]. This partnership is a powerful endorsement, embedding Muybridge’s technology at the heart of professional sports broadcasting’s most demanding workflows.
| Role | Name | Note |
|---|---|---|
| CEO & Co-Founder | Håkon Espeland | Led the €8M seed round [Fairpoint Capital, May 2024]. |
| Product Owner & Co-Founder | Anders Tomren | Listed as co-founder on company site [Who - Muybridge, 2026]. |
| CCO | Berk Cinar | Leadership team per company page [Who - Muybridge, 2026]. |
| Lead Software Engineer | Bjørn Tommy Jensen | Technical leadership [Who - Muybridge, 2026]. |
| Board Member | Frank Vikingstad | Investor representative [Who - Muybridge, 2026]. |
The team, while not featuring household names from the tech industry, has built a deep-tech product that has passed the scrutiny of elite sports broadcasters. The company has also secured several global patents covering its hardware and software innovations, building a formal moat around its architectural approach [Fairpoint Capital, May 2024].
The expansion beyond the sideline
Sports broadcasting is a dazzling beachhead, but it’s also a brutally competitive and cost-sensitive market. Muybridge’s broader thesis positions its platform as infrastructure for any industry requiring real-time, high-fidelity computer vision. The same system that tracks a tennis ball could monitor assembly line quality in manufacturing, oversee safety protocols on an oil rig, or provide immersive views for remote teleoperation. The company’s messaging explicitly targets “multiple industries” [PERPLEXITY SONAR PRO BRIEF]. The risk here is one of focus and customization. The needs of a TV truck are different from those of an automotive factory. Winning in sports proves the core tech’s robustness and latency performance, but conquering adjacent verticals will require building new sales channels, perhaps new software features, and solving integration puzzles far removed from broadcast SDI cables.
The competitive landscape also shifts. In sports, the direct competitor is the entrenched PTZ rig and the camera operator. In industrial settings, Muybridge would face off against a wider array of machine vision systems and fixed sensor networks. Its advantage would be the unique combination of ultra-wide coverage, software-defined flexibility, and real-time processing in a single system. The bet is that no other company has architected a camera from the ground up to be a software platform first. The next twelve months will likely test this bet beyond the broadcast compound.
What to watch in Oslo
The partnership with Sony’s Hawk-Eye is the current growth engine, and its execution through the 2026 ATP tour will be a key proof point for reliability and broadcaster adoption. The next strategic moves to watch are vertical expansion and product modularity. Will Muybridge announce a partnership or a deployment in a non-sports vertical like live events, manufacturing, or security? The company is currently hiring for a Marketing Lead, a signal that it is preparing to tell its story to a wider audience [LinkedIn, 2026]. Furthermore, the availability of direct API and SDK access to real-time feeds suggests a platform play, inviting third-party developers to build applications on top of the Muybridge imaging layer [Product - Muybridge]. This could be the most powerful path to scaling across industries.
The cultural question Muybridge is implicitly answering is not about better television. It’s about the very nature of observation. For over a century, the camera has been a mechanical eye, a proxy for a human operator. Muybridge reimagines it as a distributed sensor network, a passive field of data waiting to be parsed. The movement isn’t in the hardware; it’s in the interpretation. The product asks what we might see if we stopped trying to replicate a single, perfect viewpoint and instead captured everything, letting the perspective be decided later, in software, for whatever purpose arises. It turns the camera from a recorder of reality into a compiler of it.
Sources
- [PetaPixel, 2026] Description of Muybridge system hardware | https://petapixel.com/
- [Product - Muybridge] Platform specifications and integrations | https://www.muybridge.com/product
- [Fairpoint Capital, May 2024] Muybridge secures EUR 8m seed funding | https://fairpoint.se/deep-tech-startup-muybridge-secures-eur-8m-nok-93-5m-in-a-round-led-by-fairpoint-capital-2/
- [Newsbreak, 2026] Muybridge deployments and Sony partnership | https://www.newsbreak.com/
- [Who - Muybridge, 2026] Company team page | https://www.muybridge.com/about
- [LinkedIn, 2026] Muybridge Marketing Lead job posting | https://no.linkedin.com/jobs/view/marketing-lead-at-muybridge-4042273659