The company operates AI infrastructure campuses that host high‑density NVIDIA GPU clusters using direct‑to‑chip liquid cooling and hybrid CHP‑solar power to deliver up to 150 kW per rack and 1 000 Gbps fiber connectivity. Its Tier IV‑redundant design guarantees 99.999 % uptime with islanded grid backup, while flare‑gas capture and 45Q tax‑credit mechanisms provide verified carbon‑neutral compute for hyperscalers, enterprises and AI‑focused startups.
Funding
Funding not disclosed
Founders
Product
Problem
High-performance AI workloads demand dense GPU compute, but traditional data centers often rely on grid power, have limited cooling efficiency, and cannot guarantee the ultra‑high availability required for continuous model training and inference. This results in elevated operational costs, carbon emissions, and risk of downtime for hyperscalers and enterprise AI teams.
Solution
The company operates vertically integrated AI infrastructure campuses that combine on‑site hybrid power generation (combined‑heat‑and‑power plus solar) with direct‑to‑chip liquid cooling to support high‑density NVIDIA GPU clusters. Each modular pod delivers 50–150 kW per rack and up to 1 000 Gbps of fiber connectivity while maintaining 99.999 % uptime through island‑to‑ERCOT grid backup and Tier IV redundancy. Flare‑gas capture and 45Q tax‑credit mechanisms reduce regional emissions, enabling customers to purchase carbon‑neutral compute capacity. A white‑glove service model handles deployment, monitoring, and performance optimization, allowing users to scale AI workloads without managing underlying facilities. The platform is purpose‑built for AI workloads, offering flexible hosting tiers and a sustainability premium for organizations seeking verified low‑carbon compute.
Target Audience
Primary customers are hyperscale cloud providers, large enterprises, and AI‑focused startups that require high‑density GPU compute with guaranteed availability and a low‑carbon footprint.
Features
- Hybrid power system: 482 MW CHP with thermal recovery plus 371 MW solar array delivering grid‑independent, cost‑optimized energy
- Direct‑to‑chip liquid cooling delivering 75 % liquid and 25 % air cooling efficiency, supporting 50–150 kW per rack
- NVIDIA GB200‑optimized pods housing up to 129,600 GPUs across 15 modular units, with 1 000 Gbps per‑pod fiber links
- Tier IV redundancy architecture and 99.999 % uptime SLA, including ERCOT backup and islanded operation
- Integrated flare‑gas capture offsetting 12.44 BCF/year, qualifying for 45Q tax credits and reducing regional CO₂ emissions
- White‑glove management: 24/7 monitoring, dedicated engineers, rapid deployment, and custom configuration services
- API‑driven connectivity for seamless integration with customer orchestration platforms and edge compute pipelines
- Sustainability premium option (20–30 % markup) providing carbon‑neutral compute through REC sales and tax‑credit pass‑through