Stellar Forge Compute delivers end‑to‑end AI infrastructure services that handle site acquisition, renewable power procurement, construction, commissioning, and ongoing operations for large‑scale GPU/TPU clusters. Using a modular Rapid Deploy Hosting architecture with prefabricated cooling blocks and rack assemblies, the company enables deterministic multi‑megawatt rollouts—ranging from 5 MW to over 200 MW—in high‑renewable regions, offering direct liquid cooling or immersion‑ready designs and integrated operations support.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises that need large‑scale AI compute often face bottlenecks in acquiring suitable land, securing reliable renewable power, and building high‑density GPU/TPU infrastructure quickly enough to meet demand. Traditional data‑center projects can take years to site, permit, construct, and commission, causing delays and higher capital costs.
Solution
Stellar Forge Compute provides a fully integrated, end‑to‑end AI infrastructure service that handles site acquisition, power procurement, construction, commissioning, and ongoing operations. Using a modular “Rapid Deploy Hosting” architecture, the company delivers pre‑engineered, prefabricated cooling blocks and rack assemblies that can be rolled out in deterministic multi‑megawatt increments. All facilities are located in high‑renewable‑energy regions and are designed for both direct liquid cooling (DLC) and immersion‑ready thermal systems, ensuring sustainable, high‑density compute. By unifying energy partners, supply‑chain vendors, and construction teams, Stellar Forge Compute reduces deployment friction, enabling customers to scale AI clusters from 5 MW up to 200 MW+ with predictable timelines and reliability.
Target Audience
Primary customers are large enterprises, cloud service providers, and research institutions that require high‑density, renewable‑powered AI compute clusters ranging from several megawatts to multi‑hundred‑megawatt footprints.
Features
- Modular power trains and prefabricated cooling blocks that support rapid, repeatable megawatt‑scale rollouts
- Direct liquid cooling (DLC) and immersion‑ready thermal designs optimized for NVIDIA GPU and TPU ASIC platforms
- Pre‑vetted, pre‑engineered, and pre‑permitted site packages in regions with abundant renewable energy
- Integrated commissioning workflow that synchronizes power, cooling, and rack installation for deterministic deployment
- Ongoing operations and maintenance services, including real‑time observability and performance monitoring
- Vendor and energy partner coordination through a decade‑long network to streamline supply‑chain logistics