The industry is shifting. Communities want partnership, not extraction. Resources demand efficiency. Security requires distribution. We're building the infrastructure model that delivers on all three.
Centralised infrastructure creates concentration risk
3 AWS facilities affectedCommunities demanding partnership, not extraction
$64B in projects reconsideredSustainable resource use becoming a competitive advantage
1.45B gal/day by 2030Three converging trends are reshaping how data infrastructure gets built, governed, and sustained. Each one creates opportunity for a better model.
Regional conflict highlighted the vulnerability of concentrated cloud infrastructure. Operators and insurers are rethinking geographic concentration risk.
3 AWS facilities in UAE/Bahrain were affected by regional conflict. Regional banking and enterprise services experienced disruption. The case for distributed architecture became undeniable.
NY State proposed a 3-year moratorium on new datacenter permits. Bipartisan support signals a lasting shift in how communities evaluate large-scale infrastructure.
$64 billion in projects delayed or redesigned as communities in Naperville, Ohio, and dozens more set higher standards for water use, land impact, and local benefit.
UC Riverside study: 697M - 1.45B gallons/day additional demand by 2030. This is accelerating investment in water-efficient and water-positive cooling technologies.
PJM Interconnection (65M people, 13 states): 6 GW shortfall projected. Operators who can reduce grid dependence gain a major competitive edge.
An integrated approach addressing all three industry shifts through four reinforcing pillars.
Compute allocation tied to 7-dimensional knowledge diversity: Historical, Indigenous, Cross-cultural, Scientific, Artistic, Marginalised, Future-generational.
Microdc network (100-500 kW nodes) instead of megacampuses. Federated compute mesh across 50-100 nodes.
Measurable net-positive returns to host communities. No extraction — only mutual benefit.
Full transparency and community decision-making power. Communities govern, not just host.
| Metric | Megacampus (Current) | Microdc Network (Net-Positive) |
|---|---|---|
| Power Draw | 100+ MW (per site) | 100-500 kW (per node) × 50-100 nodes |
| Water Use | 5M gallons/day | 5-10K gallons/day per node (distributed) |
| Land Footprint | 300+ acres | <0.5 acres per node |
| Concentration Risk | Single large site (single point of failure) | Distributed (no single node is critical) |
| Grid Impact | Spike (requires major infrastructure upgrade) | Distributed load (absorb without upgrade) |
| Community Benefits | Jobs (minimal), tax revenue (concentrated) | Jobs + waste heat + revenue sharing + water recycling |
| Governance | Corporate decision (community has no veto) | Tri-partite (investors + community + epistemic stakeholders) |
| Reversibility | None (sunk cost) | Community can trigger decommission if metrics aren't met |
The first datacenter model designed to return more value than it takes — measurably, transparently, reversibly.
Net-Positive DC uses three-stakeholder governance so no single interest dominates:
Provide capital. Vote on technical/financial decisions.
Provide land, resources, legitimacy. Binding veto power over deployment/continuation.
Universities, indigenous groups, Global South institutions. Define knowledge priorities.
No single stakeholder can override the others. Decisions require consensus across all three.
We're seeking one forward-thinking community to host the first 100kW microdc prototype.
We're pioneering the next generation of data infrastructure. Three pathways to participate:
Risk-adjusted returns favour the distributed model:
Membership: Capital contribution + voting seat on financial/technical decisions
Investor InquiryA genuine partnership model:
Membership: Host node + voting seat on deployment/continuation decisions
Community ApplicationThe first datacenter architecture treating compute as knowledge justice:
Membership: Universities, indigenous groups, Global South institutions. Voting seat on epistemic priority decisions.
Epistemic Partner Inquiry15-20 pages covering: 100kW microdc prototype, epistemic governance API, community value-return calculator, resilience analysis, regulatory strategy.
Download WhitepaperBuilding smarter, community-integrated infrastructure.