Green Mandate
Compute That
Compute That
Gives Back
Traditional data centers vent 98% of their energy as heat into the sky. The NSV captures every joule and puts it to work for the community.
Traditional data centers vent 98% of their energy as heat into the sky. The NSV captures every joule and puts it to work for the community.
The greenest infrastructure leaves no visible trace. Parks, pools, and green space sit directly above the vault. Thermal energy rises invisibly through buried PEX pipes — no boilers, no cooling towers, no rooftop equipment.
A perpetual cycle where compute energy becomes community energy — automatically, silently, 24/7.
Power Usage Effectiveness is the gold standard for data center efficiency. A PUE of 1.0 means every watt drawn from the grid goes directly to computation — zero overhead. The NSV achieves a PUE of 1.02. For every 1W of compute, only 0.02W is overhead — compared to the industry average of 0.58W overhead per watt of compute.
PUE 1.58 — more than half a watt of overhead for every watt of useful compute.
PUE 1.02 — near-unity efficiency with 100% of heat captured and redirected to community infrastructure.
Smarter snow management powered entirely by second-life heat from the vault below your feet.
Flexible PEX tubing is embedded beneath sidewalks, entryways, and driveways during construction. Warm fluid from the thermal cascade circulates automatically, melting accumulating snow before it bonds to the surface.
No road salt. No calcium chloride. No de-icing agents. This protects concrete longevity, preserves landscaping health, and eliminates the chemical exposure risk to children and pets that walk the community paths.
Automatic snow melt eliminates slip-and-fall risk on common surfaces, reducing HOA insurance premiums and removing the operational burden of coordinating manual snow removal crews.
In summer months, vault-integrated absorption chillers convert waste heat into chilled water for the building or community's central HVAC system — cooling common areas and corridors at near-zero marginal cost and reducing peak electrical demand for air conditioning.
Operational efficiency only counts if the embodied carbon is honest. Here's how the NSV's lifecycle profile breaks down — and where the largest reductions come from.
The largest embodied-carbon contributor is the underground vault structure itself. Designed for a 50+ year service life, that embodied carbon is amortized across decades of thermal recovery and grid services — a far better profile than periodically rebuilt above-grade equipment yards.
Boiler displacement directly removes Scope 1 combustion. Closed-loop thermal reuse and BESS arbitrage reduce Scope 2 grid draw for heating and HVAC loads. Both are documentable for ESG reporting.
Workloads served on-vault don't run in a hyperscale data center somewhere else. The avoided cloud-compute footprint — including the data center's own PUE overhead — is a real, if often uncounted, carbon saving.
Because there are no buried fuels, no soil-contacting fluids, and no combustion residues, decommissioning is a clean operation rather than an environmental remediation.
Drained into sealed containers and returned to the manufacturer for re-refining. Documented chain of custody.
GPUs, BESS modules, and network equipment are returned to certified recyclers under R2 / e-Stewards practices.
The concrete vessel can be repurposed for storage, civil utility, or thermal energy storage — or removed and the site restored to grade.
A GPU that runs at 30% of its hours has paid 100% of its embodied-carbon cost. The cleanest sustainability move available to a vault is to keep its compute fully utilized — and that's what the surplus-compute model does.
A guaranteed baseline of compute is reserved for the building's residents and tenants — their AI sessions, smart-home automation, security analytics, and private workloads.
Unused capacity is sold to outside compute buyers (AI training, inference, scientific batch). Their workloads displace runs that would otherwise occur in higher-PUE hyperscale facilities.
Whether the workload belongs to a resident or an outside buyer, the heat it produces feeds the same 4-stage cascade — hot water, snow melt, absorption cooling. The thermal benefit is identical either way.
The vault's largest carbon line item is the embodied carbon of the GPUs and the concrete vessel. The more useful work each GPU does over its service life, the better that ratio gets — selling surplus compute is a direct lever on lifecycle carbon intensity per useful operation.
Every GPU-hour an outside buyer runs in the vault is a GPU-hour they didn't run in a hyperscale data center somewhere with higher PUE, no heat reuse, and a longer transmission distance to the user. The avoided footprint is real, even when it doesn't show up on a resident's bill.
A community that runs cleaner, costs less to operate, and delivers genuine luxury — powered by compute that gives back. The waitlist is open now.