Our mission is to design and build a global platform of hyperscale data centers that are engineered to reduce their impact on communities, local resources and the environment.
Our campuses are planned to use resources efficiently, protect surrounding communities, and respond to the environmental characteristics of each site. From water and power to architecture and operations, sustainability is considered from the earliest stages of design.
Closed-loop cooling systems recirculate water rather than continuously drawing new supply. We minimize potable water demand and evaluate reclaimed and alternative water sources wherever practical.
We develop efficient, resilient power solutions that support campus growth while considering grid reliability, long-term infrastructure needs, and opportunities to reduce overall environmental impact.
We design campuses to fit their surroundings, preserve natural site features, and reduce impacts related to noise, traffic, lighting, and visibility-including thoughtful measures to preserve dark skies.
Our approach is built around responsible development from the start, listening to the community, selecting the right sites, reducing environmental and infrastructure impacts, and creating long-term value for the places where we build.
The first step in any of our developments is meeting with local officials, neighbors, civic groups, and business owners. What we hear from those conversations shapes the design that follows.
We select and plan our sites carefully, identifying environmental, cultural, and infrastructure constraints early so they can shape the development from the start.
As developers, we design low-impact campuses that add value to their communities. Facilities are built flexible, so they stay useful as technology evolves. Supporting a long-lived project that generates significant tax revenue for decades to come.
We fund what our project needs. Our designs add to local resources, not draw them down. Incentive agreements are negotiated openly with elected officials and structured to benefit the community for the life of the project.
The first step in any of our developments is meeting with local officials, neighbors, civic groups, and business owners. What we hear from those conversations shapes the design that follows.
We select and plan our sites carefully, identifying environmental, cultural, and infrastructure constraints early so they can shape the development from the start.
As developers, we design low-impact campuses that add value to their communities. Facilities are built flexible, so they stay useful as technology evolves. Supporting a long-lived project that generates significant tax revenue for decades to come.
We fund what our project needs. Our designs add to local resources, not draw them down. Incentive agreements are negotiated openly with elected officials and structured to benefit the community for the life of the project.
Power, cooling and delivery designed together.
On-site generation and grid interconnections options structured before the shovel goes in the ground.
Land, zoning, abatements. water, and fiber resolved up front, so tenants inherit certainty, not entitlement risk.
High-density racks and direct-to-chip liquid cooling designed in from the first drawing.
Community forward developments in lock step with local leadership and constituents.
On-site generation and grid interconnections options structured before the shovel goes in the ground.
Land, zoning, abatements. water, and fiber resolved up front, so tenants inherit certainty, not entitlement risk.
High-density racks and direct-to-chip liquid cooling designed in from the first drawing.
Community forward developments in lock step with local leadership and constituents.
Our campuses are planned to use resources efficiently, protect surrounding communities, and respond to the environmental characteristics of each site. From water and power to architecture and operations, sustainability is considered from the earliest stages of design.
Our approach is built around responsible development from the start—listening to the community, selecting the right sites, reducing environmental and infrastructure impacts, and creating long-term value for the places where we build.
Infrastructure-led locations with a transparent view of constraints and delivery.
Generation, grid, cooling and connectivity designed as one performance envelope.
Repeatable capacity delivered against customer requirements and disclosed milestones.
Power-led AI infrastructure planned at gigawatt scale, with phased delivery and an integrated energy strategy.
CloudBurst aligns generation, grid interconnection, resilient electrical systems, cooling and high-density compute within a single delivery strategy.
Grid, on-site generation, renewables and storage.
Resilient power, liquid cooling and operational visibility.
Talk with CloudBurst about AI infrastructure requirements, energy partnerships or development opportunities.
