What Makes It Different
Infrastructure designed from the ground up for efficiency, flexibility, and economic symbiosis.
Multi-Gigawatt Compute, Modular by Design
Repeatable compute blocks with isolated fault domains, standardized interfaces, and phased delivery—from first power through multi-GW buildout.
Heat Reuse as Infrastructure
A campus thermal backbone that treats recovered heat as a product—routed to mixed-use tenants, thermal storage, or smart rejection.
District Energy Management System (DEMS)
A supervisory control layer optimizing electric + thermal flows to maximize uptime, minimize parasitic load, and monetize flexibility.
Mixed-Use Industrial Symbiosis
A curated offtake district where agriculture, aquaculture, and light industrial users convert heat into revenue and resilience.
Campus at a Glance
A ring-and-spine master plan organizing compute, energy, and mixed-use zones for maximum efficiency and expandability.
Who It's For
Designed to serve compute operators, platform providers, and industrial offtakers alike.
Hyperscale / AI
Power-dense capacity, predictable expansion, utility-grade operations.
Colocation / Platforms
Flexible delivery, interconnect-forward design, optional managed services.
Industrial / Ag Offtakers
Contracted thermal supply, price stability, measurable carbon impact.
District Energy Infrastructure
Purpose-built thermal systems designed for industrial-scale heat recovery and distribution.
Project Timeline
Phased development from initial site work through multi-gigawatt maturity.
Site Diligence & Interconnect Strategy
Land acquisition, utility interconnect negotiations, and foundational infrastructure planning.
First Compute Block + Thermal Hub MVP + MURL Commissioning
Initial compute deployment, thermal backbone installation, and research lab activation.
Mixed-Use District Expansion + Thermal Storage Scaling
Onboarding agricultural and industrial offtakers, expanding thermal storage capacity.
Multi-GW Maturity + Ecosystem Replication
Full-scale operations with proven models ready for replication at additional sites.
Heat Reuse in Action
Controlled environment agriculture powered by recovered thermal energy from compute operations.