Nearly 100 NVIDIA GPUs per dome, 70 years of planetarium engineering, and a bet that the future of live sports is a shared room, not a solo headset.
Cosm
venture active confidence: Medium status: Draft updated 2026-07-14
Summary
Cosm builds shared-reality venues — large-format LED dome environments where audiences watch live sports, concerts, and original content together in full immersion, without headsets. Whether this becomes a durable category or an upscale novelty depends on content, return habits, and price tolerance.
Impact
Whether this becomes a durable category or an upscale novelty depends on content, return habits, and price tolerance. On the technical side the case is credible — Digistar-lineage dome rendering of live sports at scale is genuinely non-trivial, and Cosm's 2020 acquisition absorbed 70 years of engineering that nobody else has. The consumer-behavior bet is larger: it requires convincing people to pay a premium to watch live sports in a dome rather than at home, repeatedly, not just once for novelty. IMAX succeeded; dome experiences for sports are unproven as habitual.
What They Are Building
The core platform is the CX System — a standardized hardware and software stack that ships with every new venue. On top of it: Digistar 7 for dome rendering, an NVIDIA GPU cluster for real-time content, Unreal Engine integration for live sports and original content, and Spitz Inc. tools for science-education programming (another Cosm acquisition from 2020). The venue footprint includes Los Angeles, Dallas, and Atlanta, with global expansion underway. The E&S/Digistar side of the business continues to serve planetarium and science-education clients separately.
What They Need Now
Needs span venue operations (dome operators, hospitality and events staff, fan ambassadors, security), corporate and venue leadership (pricing/revenue, product management, talent acquisition, HR, supply chain), and technical roles across software, video, networking, and IT program management — with Salt Lake City among the locations for engineering and internship tracks.
Display engineers and real-time rendering engineers (Unreal Engine, GPU cluster management, LED dome calibration); venue systems engineers who can manage 100-GPU distributed setups; content producers and creative technologists building for a 360-degree canvas; and operators who understand venue infrastructure and hospitality at scale remain the broader fit. The E&S/Digistar/Spitz lineage also means ongoing need for planetarium software engineers and science-education content producers.
Who Could Help
GPU and compute infrastructure specialists; immersive-content studios that want a production pipeline for dome-scale work; sports-league and entertainment-rights advisors who understand live-event licensing; venue-development and real-estate operators; AV integration firms with large-format display expertise.
Utah Context
Cosm's engineering nucleus is in Salt Lake City — the E&S acquisition relocated a 70-year simulation heritage into the Utah tech ecosystem. The company is part of a cluster of Utah organizations working on high-performance visual computing and immersive technology, alongside the University of Utah's graphics lineage (John Warnock, Ed Catmull, Henri Gouraud all trained here) and simulation companies like Coreform. It is one of the few Utah companies with genuine Hollywood-adjacent entertainment ambitions.
Evidence
Open Questions
- How does Cosm's content pipeline for live sports work — direct rights deals with leagues, or sublicensing from broadcast partners?
- What does the unit economics look like per venue? Capital cost, operating cost, revenue model?
- How does the Digistar/E&S division (planetarium, science education) relate to the consumer-venue business? Are they operationally distinct?