Healthy Infrastructure
for the AI Era

The Mission

We're building infrastructure that behaves like a healthy living system, sustaining the places and people it serves.

Primary Application

AI Factories & Healthy Power Infrastructure

AI factories are the sharpest expression of the problem Infrastructure Health was built to solve: unprecedented compute capacity, straining power, water and community capacity all at once. AI infrastructure is AeroSphereTech's primary application domain: infrastructure that scales compute without straining the grids, watersheds and communities that host it.

A showcase facility is currently in development in Veracruz, Mexico, demonstrating what a healthy AI data center looks like in practice.

Explore the Architecture

The Reference Architecture

Cooling and Power. One Loop.

Conventional data centers treat waste heat as a problem to reject and backup power as a separate system to maintain. AeroSphereTech's ecosystem closes the loop instead: the same architecture that cools the facility also stores and discharges its power, without water, fuel or flammable batteries.

CO2 energy storage

Charge when load is low. Discharge when it peaks.

Storage takes on energy while demand is low and returns it into the morning and evening peaks. That shift is where its commercial value comes from.

Power load chart: charging during low demand, discharging into peak
Charging during low-demand hours, discharging into peak demand. Illustrative of grid load-shifting.

Charge

Surplus power is captured and stored, banking the energy instead of discarding it.

Store

Stored energy waits safely, for hours or days, with no combustion and no battery degradation.

Discharge

Stored energy is released on demand, returning dispatchable power to the facility and the grid.

An air-supported Dome and storage vessels co-located with a coastal processing plant, solar array and bay beyond
Visualization of a Dome co-located with industrial process and storage.

Flagship Platform

ComputeDome™: the regenerative AI factory

ComputeDome™ is where AeroSphereTech's reference architecture becomes a delivered facility: a closed-loop Dome paired with long-duration energy storage, engineered so cooling and power generation become one machine, with zero water and no chillers. It's a sister platform to AeroSphereTech, purpose-built for AI infrastructure developers, hyperscalers, and infrastructure investors.

Visit computedome.ai →

The Air Dome Advantage

Four reasons the Dome changes the economics

Less energy to run, a skin engineered to reject heat, a foundation that doesn't need to reach deep, and a build sequence that doesn't have to wait on itself.

Timeline comparison: a conventional build runs site preparation, shell construction, energy infrastructure and commissioning end to end, while a dome-based deployment runs site preparation, energy integration and commissioning concurrently.

A shorter critical path

A conventional build is sequential: the shell must exist before energy infrastructure goes in. The Dome arrives prefabricated, so those phases run at the same time.

Relative sequence only. No durations implied.
Cross-section of the membrane layers

A skin that blocks the heat

The blackout layer stops solar heat before it enters the building.

Membrane construction: PVDF coating, exterior and interior PVC layers, polyester base fabric, blackout layer.
Multiple domes following sloping forested terrain

No deep foundations

Perimeter anchorage carries the load instead of deep piling, so it can sit on ground a conventional build would have to level or avoid.

Visualization of a multi-dome deployment on sloping terrain.
Air dome versus traditional building energy comparison, 68% savings

68% less energy

Driven almost entirely by cooling and lighting. The mechanical row runs against the dome; the advantage elsewhere carries the total.

Case study: an operating 3,000 m² sports complex.

The Missing Metric

Why Infrastructure Health?

AI is straining the infrastructure built to power it: power, water, land, and community acceptance. For decades, infrastructure has been measured on two objectives, capacity and efficiency. We believe that's no longer enough.

Infrastructure Health is the degree to which a facility and its host systems (grid, watershed, airshed, land, and community) sustain one another over the asset's operating life.

Capacity
+
Efficiency
+
Infrastructure Health
↓
Healthy Infrastructure
↓
Human Progress

Resilient

Designed for dependable long term operation.

Intelligent

Continuously senses, learns and adapts.

Regenerative

Uses resources responsibly while minimizing waste.

Human Centered

Supports long term prosperity and well being.

Preview of the Infrastructure Health Panel

Metabolism energy
Hydration water
Thermal Regulation heat
Immunity safety & resilience
Symbiosis grid & community
Regeneration carbon & materials

Six dimensions, measured at the boundary between a facility and its hosts, reported as a profile and never averaged into a single score.

Exploring a site, a load, or a permitting problem? We'd rather look at your specifics than send a brochure.

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What We Offer

Solutions

Four core platforms, available standalone or combined, delivered through our ecosystem of technology partners.

An integrated platform, from data to Infrastructure Health. Sense captures multi-modal real-world data across infrastructure and environments. Compute turns it into actionable insight through AI models and digital twins. Power supplies sustainable, resilient energy for operations and assets. Nexus orchestrates data, compute and power into autonomous, adaptable infrastructure. All four resolve into Infrastructure Health: measurable, predictable, sustainable, extending asset life, improving performance and protecting communities.

Core Platforms

Sense

Computer vision, environmental intelligence and IoT sensors. Real-time perception.

Compute

AI, high-performance and edge computing. Turns sensing data into decisions.

Power

Energy systems, storage and thermal recovery. Closes the loop between cooling and power.

Nexus

Digital twins, automation and carbon intelligence. Carbon-aware orchestration.

Industry Verticals

Dome in green landscape

Vertical farming under controlled humidity and temperature, tuned to the range each crop needs, and engineered for water efficiency where open-field growing is not viable.

Growing domes alongside commercial greenhouses
Hydroponic growing racks under the membrane
Illuminated domes at night

Large venues built for sports, events, and multimedia projection, with peak-crowd power for stadiums and training facilities engineered for game-day surges and broadcast-grade reliability.

Air-supported sports facility, United States
Basketball court under an air-supported dome, timber floor and blue perimeter wall
Shelter units inside a dome

Resilient, self-powered shelter for communities that can't rely on the grid: off-grid, disaster-resilient housing with built-in backup power and climate control, including rapid-deploy shelter for post-disaster and rural-resettlement contexts.

A single shelter unit inside the dome
Cold-climate service, where sheltered warmth matters most
Loaders working bulk material under a dome

Mining leads: remote extraction sites powered and cooled without straining local water or grid access. Intelligence Warehousing follows: AI-monitored lighting, cameras, and IoT sensors keep storage and distribution facilities safe and efficient.

Bulk storage under a column-free clear span
Bulk storage Domes served by conveyor and rail

Also Relevant

Where This Extends Next

A coastal campus of air-supported domes at dusk, with a solar array and port beyond
Visualization of a multi-dome coastal deployment.

About AeroSphereTech

We answer for the whole system

AeroSphereTech is a US-headquartered infrastructure integrator. We bring Dome, energy, and intelligent operations together into a single engineered system, sourcing best-in-class technology from established manufacturers rather than reinventing it, and designing each facility against the Infrastructure Health framework.

What that means in practice: one party responsible for how the pieces work together, from site assessment through delivery and into operation. The component technologies have their own histories. The integration is ours, and so is the accountability for it.

Founding Paper No. 001

Infrastructure Health

The Missing Metric of the AI Era

Infrastructure Health, the open framework behind this platform, was authored by our co-founder and is now under independent review ahead of publication. It's released under an open license.

Every civilization is built on the health of its infrastructure. Intelligence just rides on top of it.

A Visionary Epilogue

Beyond Earth: Healthy Infrastructure Should Be Universal

Off Earth, these disciplines stop being optimizations and become survival requirements: no grid to draw from, no watershed to lean on, no repair crew to call. Every loop has to close on its own.

Earth forgives an unhealthy facility slowly, in permits and rising costs. Space doesn't forgive at all. A zero-water, self-powered facility built for the desert today is a rehearsal for the same facility on Mars tomorrow.

Infrastructure Health is a universal engineering foundation, on this planet first and eventually beyond it.

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Contact AeroSphereTech

We welcome conversations with organizations exploring the future of intelligent infrastructure.