Power quality before power quantity
Capacity matters, but so do grid reliability, generation mix, transmission constraints, backup systems and the ability to grow without destabilizing the surrounding network.
eFind Infrastructure
Earth Infrastructure
Our long-term Earth infrastructure direction includes data centers, colocation, fiber, peering, edge systems, energy, cooling, water and the full lifecycle of the equipment inside them. We are interested in ownership where ownership creates real capability—and partnership where somebody else can do the job better.
VISION
The question
The cloud, inconveniently, lives in buildings.
Every AI answer eventually becomes electricity, heat, packets, storage and hardware in a real place.
Our long-term Earth infrastructure direction includes data centers, colocation, fiber, peering, edge systems, energy, cooling, water and the full lifecycle of the equipment inside them. We are interested in ownership where ownership creates real capability—and partnership where somebody else can do the job better.
The environmental question is not whether digital infrastructure has a footprint. It does. The better question is how much useful capability can be created for each unit of land, water, energy and material, and how much value can be recovered when equipment reaches the end of its first life.
Build what matters. Partner where it is better.
Earth Infrastructure
COMPUTE · FIBER · EDGE
What we are exploring
Capability below the interface.
Infrastructure becomes strategic when it improves resilience, economics, performance or the ability to build something otherwise impossible.
SITE
Put infrastructure where it makes sense
Location should balance connectivity, energy, cooling, resilience, workforce and community impact—not simply tax incentives.
ENERGY
Treat power as architecture
Efficiency, grid strategy, storage and potential future energy partnerships belong in the design from the beginning.
WATER + COOLING
Do not outsource the consequence
Cooling choices affect water, energy and neighbours. The trade-offs should be measured openly.
LIFECYCLE
Design for what happens later
Reuse, repair, component recovery, recycling and responsible decommissioning should be part of the initial plan.
The standard
Enormous capability. The lightest practical footprint.
The objective is not to make infrastructure invisible by ignoring its consequences. It is to account for land, energy, water, materials, noise, supply chains and decommissioning as part of the system we are actually building.
Earth systems
Data centers are buildings with unusually consequential utility bills.
The Earth layer covers colocation, compute, fiber, edge infrastructure and the lifecycle of energy, water, hardware and materials. Site selection is part engineering, part economics and part being a decent neighbor.
Cooling belongs to the climate
Air, liquid cooling, water use and heat rejection should fit local conditions. A design that is efficient in one region may be absurd in another.
Noise is an infrastructure metric
Fans, generators, transformers and construction can affect neighbors long after the architecture diagram is forgotten. Setbacks, enclosure, operating modes and site design should treat sound as a design input.