Super AI is building a global mesh of planned sovereign data centers — purpose-built for AI workloads, optimized at every layer from substation to silicon. Liquid-cooled, renewable-anchored, and audited under SOC 2 Type II, ISO 27001/42001, and regional sovereignty frameworks.
Super AI customers fall into two camps. The first wants AI capacity, fast. The second wants exposure to the AI infrastructure buildout itself. We built a path for both.
Reserved or on-demand AI compute, delivered from our global mesh. H100s, H200s, B200s, and our partner accelerators — provisioned in sovereign regions, billed in USD or local currency.
The Super AI Data Center Fund I is a closed-end vehicle giving qualified institutional investors direct exposure to the new AI data center buildout — backed by long-term tenant agreements, not speculative spec.
A capacity engineer will respond within one business day with provisioning options across our planned facilities — and pricing for your exact term and accelerator mix.
The Super AI Data Center Fund I gives qualified institutional investors direct exposure to the AI infrastructure cycle — backed by physical assets, long-term tenant agreements, and a developer with operational track record.
AI inference compute is becoming a fixed cost of running a modern enterprise. Reserved capacity contracts run 3–5 years and rebalance, not vanish.
Each facility in the fund is anchored by long-term tenant agreements before the first foundation is poured. Land, power contracts, and shells are real assets.
Every major economy is now writing AI sovereignty into law. Regional residency requirements push more compute into more jurisdictions — and into operators that can deliver it.
Super AI runs every facility in the fund — power, cooling, security, customer success. We're not selling exposure to assets we don't operate.
Super AI's eight software products are themselves anchor tenants — providing baseline utilization independent of third-party demand cycles.
Run on our compute, or back the buildout itself. Either way, you're working with the same operator from substation to silicon.