What problem does it solve? Large language models are extremely expensive to train and run, requiring massive clusters of high-end GPUs. Their size and energy consumption create a cost and infrastructure barrier for most enterprises — inference costs are high, and deployment is limited to large data centers . CompactifAI overcomes that barrier.
Reported results:
In July 2026, Multiverse Computing announced a Series C round targeting up to $570 million (€500 million) at a $1.7 billion pre-money valuation (approximately €1.5 billion pre-money, with a post-money valuation of about €2 billion) . The round remains open for additional commitments
. Total funding to date is approximately $800 million
.
Other participating investors include Santander Alternative Investments, Tikehau Capital, HP Inc., Orange Ventures, Scania Invest, NAventures, Qatar Development Bank, Zouk Capital, SETT, the EIC Fund, and the Basque Government's Hazten Scale-Up Fund .
CompactifAI is deployed across a broad range of hardware, from edge devices (drones, cameras, satellites, vehicles, smartphones, Raspberry Pi) to cloud servers and sovereign AI infrastructure . The company has an API portal and a showcase app for developers, and compressed models from OpenAI, Meta, DeepSeek, and Mistral AI are available
.
Named customers include Iberdrola (energy), Bosch (industrial/manufacturing), and more than 100 enterprises globally . Other named enterprise customers include Allianz, Bank of Canada, Indra, and Telefónica
.
Key partnerships:
Multiverse Computing represents a significant shift in the AI industry: rather than making models bigger, it makes them smaller, faster, and cheaper to run. Its quantum-inspired approach to model compression has attracted major strategic investors and partners, and its technology is already in use across multiple industries. For enterprises looking to deploy AI at scale without the massive GPU infrastructure that large models typically require, CompactifAI offers a concrete path forward.