GigaTown Developments
Build the infrastructure. Keep the value local.
GigaTown designs compute, energy, heat, water, agriculture, housing, and civic infrastructure as one regional system—so major development creates durable local capacity, not just temporary compensation.
Regional models
One method. Different places.
GigaTown is not one city blueprint copied into every biome. Each region starts with its own resources, climate, economy, and public bargain.
GigaTown North · current planning model
Turn compute into a winter economy.
Firm generation, compute, useful heat, controlled-environment agriculture, and civic thermal infrastructure designed for a cold region.
Explore North
GigaTown South · current planning model
Make water do more work.
Irrigation, solar supply, gravitational storage, compute, thermal services, agriculture, land, and a separate public district.
Explore SouthThe proposition
The old development bargain is too small.
Communities are routinely asked to host consequential infrastructure in exchange for construction jobs, tax revenue, and a negotiated package of benefits.
But the underlying design rarely changes. The project consumes power, water, and land. It rejects heat. It changes housing, roads, and local services. Much of the resulting value leaves the region.
GigaTown changes the architecture of the deal. We design the major systems together—before each becomes somebody else’s problem.
The GigaTown method
One region. One system. Clear responsibilities.
- Begin with the place.Start with the region’s climate, resources, industries, constraints, and community priorities.
- Establish an economic anchor.Compute, energy, or another major customer creates the scale required to finance serious infrastructure.
- Connect the resource flows.Design electricity, heat, water, land, logistics, and productive demand together.
- Build the regional economy around the flows.Recruit businesses and programs that can use the infrastructure competitively.
- Assign accountable owners.Give each company or public entity explicit assets, customers, risks, and responsibilities.
The connected system stack
The technology matters. The connections create the advantage.
The arrows run both ways. Agriculture, housing, public services, and community decisions shape the infrastructure—not merely receive benefits after it is designed.
Resource cascades
Use every resource more than once.
Heat rejected by one operation may warm greenhouses, buildings, water, industrial processes, or public spaces. Water infrastructure may support irrigation, cooling, treatment, storage, recreation, and environmental improvement.
Not every output is useful, and no beneficial customer replaces safe independent operation. Reuse only works when temperature, timing, reliability, economics, safety, and regulation genuinely fit.
Community participation
Participation, not appeasement.
A host community is a design participant and beneficiary—not an obstacle to manage after the infrastructure decisions are made.
Public assets, service quality, tariffs, ownership opportunities, construction impacts, local enterprise, housing, and institutional capacity belong in the system model from the beginning.
“The community should be stronger because we are here.”
Civic Thermal Park shows how shared thermal infrastructure could become visible public value. It is proposed, not completed construction.
Explore the models
Make infrastructure more symbiotic.
See how the shared method becomes two distinct regional systems—with different resources, companies, public boundaries, and opportunities.