Muybridge raises $16M Series A to scale software-defined camera technology

2026-05-21 · Source: Tech.eu - Tech.eu · Field: Technology & Digital — Software Development & Engineering, Robotics & Autonomous Systems, Emerging Technologies & Innovation · Depth: Fundamental Awareness, quick

Summary

Norwegian imaging technology company Muybridge has successfully closed an oversubscribed \$16 million Series A funding round, led by Investinor, Fairpoint, Idekapital, and RunwayFBU, with additional participation from Nordic technology founders. This capital will fuel the international expansion of its software-defined imaging platform across Europe and the United States, scale its commercial organization, and advance its core technology. Muybridge's platform replaces traditional broadcast camera setups with compact arrays of 4K sensors and GPU-powered systems, generating virtual camera perspectives in real time. This approach significantly reduces operational complexity and physical constraints, enabling deployments in challenging environments. The company has already deployed its technology across major global sports properties, including European football leagues, the US Open, ATP Tour tennis, NBA, NHL, PGA Tour golf, rugby, and Premier Padel, and sees future applications in live entertainment, security, physical AI, and autonomous systems.

Key takeaway

For broadcast production managers evaluating infrastructure upgrades, Muybridge's \$16 million Series A funding signals a maturing shift towards software-defined imaging. You should explore how virtual camera perspectives, generated from compact 4K sensor arrays, can reduce your operational complexity and enable new viewing angles in challenging environments. Consider piloting this technology for upcoming events to assess its potential for cost savings and enhanced production flexibility.

Key insights

Software-defined imaging platforms can replace traditional broadcast camera infrastructure with real-time virtual perspectives.

Principles

• Virtual camera perspectives reduce operational complexity.
• Compact sensor arrays enable deployment in difficult environments.

Method

Deploy compact 4K sensor arrays and GPU-powered systems to digitally generate real-time virtual camera angles, replacing physical broadcast infrastructure.

In practice

• Apply virtual camera tech to sports, live entertainment, security, and AI.
• Partner with technology providers and system integrators for market reach.

Topics

• Software-defined Camera
• Virtual Camera Technology
• Sports Broadcasting
• Live Event Production
• Series A Funding
• Imaging Platform

Best for: Investor, Entrepreneur, Tech Journalist

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Editorial summary, takeaway, and curation by AIssential. Original article published by Tech.eu - Tech.eu.