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French cloud firm Antimatter launches AI data center plan
Antimatter, a France-based cloud infrastructure company for AI workloads, said on May 4 that it launched by combining Datafactory, Policloud, and Hivenet.
It plans to set up its global headquarters in Hong Kong, and is raising 300 million euros (US$351 million) to deploy 100 micro data center units in 2026 for AI inference.
The company said it has secured more than 1GW of power capacity across sites in the US, Europe, and the Gulf.
It includes over 160MW operating in Texas and Oregon and currently runs 17 units across eight sites.
Antimatter is led by David Gurlé, a former Microsoft and Skype executive.
The company said has US$20 million in annual revenue and US$4 million in EBIT.
🔗 Source: Antimatter
🧠 Food for thought
Implications, context, and why it matters.
Antimatter combines existing companies instead of starting from zero
- Antimatter launches by combining three firms that already operate in the field. Datafactory works on energy, Policloud builds modular micro data centers, and Hivenet makes orchestration software that manages computing resources 1.
- That setup helps explain its “vertically integrated” claim and why it could begin with active operations instead of building everything from scratch 2.
- The funding round includes SC Ventures, the investment arm of Standard Chartered, Inria Participations, the investment vehicle of French research institute Inria, Global Ventures, and OneRagtime 3.
- Its goal to deploy 100 units in 2026 matches Policloud’s earlier target of more than 25,000 graphics processing units (GPUs) in 2026 4.
Specialized AI clouds are splitting the market
- Antimatter’s neocloud model places modular micro data centers near power sources. That approach fits a wider response to electricity shortages and grid limits that are slowing large centralized data centers 5.
- The market is also getting more crowded. One recent industry analysis counted GPU cloud providers rising from 26 to 84 6.
- Its focus on AI inference also fits chip design trends. Newer architectures such as NVIDIA’s Blackwell support lower-precision number formats, including FP4 and FP6, which can improve inference efficiency and other workloads 7.
- Together, these shifts suggest AI infrastructure is separating into training and inference segments, leaving business customers with a broader and more complex set of suppliers 8.
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