AI has changed.
Infrastructure has not.
Antimatter rewrites the stack — flexible power, modular data centers, and distributed cloud software — built for the AI inference era.
Deployed where energy already exists.
5× faster and at half the cost of hyperscalers.
Deployed where energy already exists — 5× faster and at half the cost of hyperscale.
Operating today, April 21, 2026:
0
Policlouds
0
Sites
0
GPUs
0
+ MW
Operational
Secured today
1 GW+
of power under contract and pipeline — ready to activate.
Operating infrastructure backed by a GW-scale power book. Antimatter is not waiting on interconnects — the energy is already secured across the US, Europe, and the GCC.
Built with
Three operating companies. One integrated stack.
In the age of AI, intelligence is not the bottleneck. Energy is.
Five assumptions that no longer hold.
Energy is infinite.
Scale solves everything.
Centralization is efficiency.
Infrastructure should be invisible.
Failures are rare events.
A new path for the AI economy.
Antimatter inverts the model. Instead of moving energy to compute, we move compute to energy. Modular data centers are deployed where power already exists and connected through software into one coordinated system.
The result: faster deployment, stronger resilience, real sovereignty, and infrastructure that respects the physics of power.
One system. Three layers. Three companies.
Antimatter is the first AI infrastructure company to own all three.
ENERGY
Secures, manages, and deploys flexible power where AI workloads need to run — not where the grid happens to have room.
INFRASTRUCTURE
Modular micro data centers that bring sovereign, high-density compute to the edge of the network in months, not years.
ORCHESTRATION
Distributed cloud software that turns a network of sites into one system — compute, storage, and file transfer, available through a single API.
CoreWeave
Is a cloud. It does not own energy.
Crusoe
Owns energy. It does not ship software to 500,000 users.
Nscale
Owns data centers. It does not have a decade of distributed-systems engineering.
Antimatter
Is the only company that does all three — under one roof, as one system.
A network built on a four-year deployment path.
Antimatter is not a thesis. It is a live platform operating today — and on a public trajectory to become the largest distributed inference network in the world by 2030.
2026
Operating today
Policlouds
10
Sites
8
GPUs
3,400
Operational power
26+ MW
2027
Funded build out
Policlouds
100
Sites
20+
GPUs
30,000+
Operational power
160+ MW
2030
Network target
Policlouds
1,000
Sites
100+
GPUs
300,000+
Operational power
1 GW+
The question is no longer whether AI demand exists. It is how fast infrastructure can be brought online to meet it. Antimatter's four-year plan is funded, staged, and already in execution across the US, Europe, and the GCC.
Trusted where it counts.
Antimatter's operating companies already work with research institutions, public-sector authorities, enterprise customers, and a global distributed cloud user base of more than 500,000.
Research
Public sector
Customers and technology partners
Without electricity, everything stops.
Homes. Hospitals. Communications. Industry.
In the AI age, compute does not escape that truth.
Antimatter begins from a simple premise: the future of intelligence will be defined by how intelligently we manage the infrastructure behind it.
Read the manifestoInfrastructure ahead of adoption. Again.
David Gurlé has built infrastructure ahead of every major shift of the last twenty-five years: real-time communications at Microsoft, enterprise collaboration at Skype and Thomson Reuters, secure messaging at Symphony — a company he founded and scaled to a $1.8 billion valuation with backing from JPMorgan, Goldman Sachs, and Deutsche Bank.
Antimatter continues that pattern. It is what you build when AI demand, energy scarcity, and distributed computing stop being three separate stories and become one system problem.
"Every era has its impossibles until someone decides otherwise."
— David Gurlé, Co-founder, Executive Chairman & CEO, Antimatter
