The Magic of NEO1 AI Factories

The future of AI data center needs are unique to anything that exists today. 
NEO1’s team is uniquely experienced and purpose driven to bring the latest in AI Factories to life. 

It may seem like magic to some, but it’s real; and now is the time to invest.

What changed in data center resources?

Traditional data centers were engineered for 5–15kW racks. That architecture is fundamentally incompatible with modern AI workloads.

Today’s data center GPUs demand hundreds of kilowatts per rack, and tomorrow’s platforms will push well beyond that. Most facilities cannot be retrofitted to support this shift.

NEO1 AI Factory was engineered specifically for this new reality.

  • 600kW to 1.0MW per rack operation
  • Native 800VDC power distribution eliminating inefficient AC-to-DC conversions
  • Permanent off-grid power generation with zero utility dependency
  • High-efficiency, low-emission natural gas generation delivering reliable baseload power
  • Liquid cooling at scale designed for extreme heat elimination

 

This is not an upgrade to legacy infrastructure. This is a new class of AI factory.

ai factory illustration on black

The NEO1 AI Factory Platform

Development

NEO1’s platform is purpose-built from inception to support extreme-density GPU clusters and the power profiles of next-generation accelerators.

We design for future GPU roadmaps, not yesterday’s requirements

  • Industry today: 120–200kW
  • NEO1 launch target: 600kW
  • Near-term roadmap: 1.0MW
  • Permanent off-grid architecture with zero utility dependency
  • High-efficiency natural gas generation providing continuous baseload power
  • Ultra-low emissions natural gas generators minimize environmental impact
  • Higher system efficiency leveraging heat capture technology
  • Modular power blocks configured for N+1 redundancy and fault isolation
  • Predictable power pricing without grid volatility
  • Native 800VDC distribution eliminates rack-level AC-to-DC conversion losses
  • Reduced thermal load from the native 800 VDC generation
  • Pod-level electrical fault isolation protects overall facility uptime
  • Purpose-built for NVIDIA Kyber and future GPU platforms requiring native high-voltage DC power
  • Direct-to-chip liquid cooling removes heat at the GPU source
  • High-capacity CDUs deliver precise thermal control for high-flow liquid cooling loops
  • Designed for megawatt-scale racks to support future GPU platforms exceeding 600kW
  • Closed-loop cooling architecture eliminates evaporative losses
  • Zero process water consumption reduces environmental impact
  • Independent cooling loops per pod prevents single failures from impacting other compute domains
  • Redundant pumping infrastructure improves cooling continuity

Target availability ≥99.99%

  • Physically isolated facilities – No shared infrastructure with third parties
  • Private network fabrics – Dedicated network environments with no public exposure
  • Zero-trust security architecture – Continuous verification of users and devices
  • Role-based access control (RBAC) – Limits system access based on job function
  • 24×7 monitoring and threat detection – Real-time security operations oversight