The GigaTown Model
A repeatable framework for planning, developing, governing, and operating compute-energy economic development districts. Designed for regions where large-scale infrastructure creates the need for coordinated community development.
Model Components
The GigaTown model provides a comprehensive framework for coordinating all aspects of compute-energy district development.
District Planning
Comprehensive planning methodology that integrates compute infrastructure with workforce, housing, commercial, and community needs.
- Study area definition and boundary setting
- Demand modeling from compute campuses
- Population and workforce projections
- Land use and zoning coordination
- Utility and infrastructure planning
- Phasing and sequencing framework
Partnership Structure
Framework for coordinating multiple stakeholders including municipalities, developers, landowners, and infrastructure providers.
- Municipal and county coordination
- Landowner engagement and participation
- Developer and operator partnerships
- Infrastructure partner integration
- Institutional capital alignment
- Community benefit agreements
Governance Model
District-scale governance that ensures coordinated development, consistent standards, and long-term stewardship.
- Master development plan and standards
- Design and construction guidelines
- Utility interface specifications
- Traffic and logistics coordination
- Emergency response protocols
- Operating committee structure
Delivery Framework
Structured approach to sequencing development with compute operations, ensuring support services scale with demand.
- Phased development approach
- Demand-triggered delivery
- Just-in-time infrastructure
- Flexible expansion capability
- Risk management protocols
- Performance monitoring
Where the Model Applies
The GigaTown model is designed for specific contexts where compute and energy infrastructure creates rapid development demand that exceeds local capacity.
Emerging Markets
Regions with new compute infrastructure investment where support services don't yet exist.
Rural/Exurban Sites
Locations with land and power resources but limited existing commercial development.
Industrial Transition Zones
Areas shifting from traditional industry to compute and energy infrastructure.
Grid Expansion Corridors
Regions where new transmission or generation creates compute opportunities.
Apply the Model to Your Region
If you have a site, region, or project that could benefit from coordinated district development around compute and energy infrastructure, we'd like to hear from you.