Infrastructure
Three pillars. One resilient network.
Global Stack designs and funds modern infrastructure on public land — systems that help a community stay connected, powered, and protected when fires, outages, evacuations, or other disruptions put public safety at risk.
01 — Pillar
Resilient Edge Infrastructure
Compact, self-contained appliances — roughly the size of a standard shipping container — that process critical information locally, right where it is needed.
- Local processing
- Distributed architecture
- Compact footprint
- Closed-loop cooling
- No municipal cooling-water requirement
- Localized data, kept in California
- Backup power capability
- Multiple communication pathways
- Resilient operation
- Emergency-response applications
02 — Pillar
Advanced Air Mobility
Aerial infrastructure designed first and foremost as emergency-resilience infrastructure. A site can begin with a temporary helipad before permanent facilities are phased in.
- Medevac
- Evacuation
- First responder arrival
- Emergency supply delivery
- Aerial surveillance
- Disaster response
- Advanced air mobility
03 — Pillar
Resilient Community Infrastructure
Infrastructure that enhances existing public assets rather than replacing them. All assets remain in public ownership throughout the partnership.
- Modernized public infrastructure
- Emergency preparedness
- Transportation
- Communications
- Economic development
- Job creation
- Fairground sustainability
- Long-term community value
Edge vs Hyperscale
Not All Compute Infrastructure Is the Same.
Global Stack's distributed edge infrastructure is not a hyperscale data center. Think of the difference between a power plant miles away and a solar panel on your roof.
| Attribute | Global Stack Edge | Hyperscale Data Center |
|---|---|---|
| Cooling water | Zero — sealed closed-loop system | Millions of gallons/year (evaporative) |
| Water connection | None — no water connection needed | Dedicated municipal water line required |
| Cooling plant | Integrated entirely inside the unit | External towers & chillers |
| Physical footprint | Enclosed appliance — the size of a shipping container | Building-scale — acres of site |
| Deployment | Transport & place | Permanent construction required |
| Power draw | Ordinary commercial load levels | Megawatt-scale grid load |
| Data location | Kept in California | Typically off-state or offshore |