From Parking Structure
to Power Plant.
The Neighborhood Smart Vault turns commercial business complexes and parking garages into mission-critical AI and thermal utilities — delivering sovereign enterprise compute, carbon-free HVAC, automated snow-melt, and satellite-backed business continuity built directly into the foundation.
Built Into the Structure.
Zero Leasable Space Lost.
Parking garages and commercial substructures are purpose-built for vault integration — existing structural reinforcement, high-density power access, and proximity to primary mechanical risers make them ideal hosts.
The vault occupies subterranean or below-grade garage space that generates zero revenue today. Existing structural reinforcement, drainage systems, and mechanical access make installation faster and cheaper than any greenfield data center build.
The thermal loop is embedded directly into parking ramp and entryway concrete. Automated, chemical-free ice prevention eliminates road salt — which corrodes vehicles and concrete — while dramatically reducing liability exposure and maintenance labor costs.
Large commercial buildings require immense summer cooling. The NSV uses its own waste heat to drive absorption chillers, providing a carbon-free source of chilled water for the building's primary AC system — reducing peak cooling costs by up to 50%.
Corporate AI Without the Cloud.
In a business complex, the NSV becomes the most powerful tenant attraction in the building — offering AI capabilities that no public cloud provider can legally or architecturally match.
Your LLMs Run Here.
Your Data Stays Here.
Businesses can deploy and run proprietary large language models on dedicated local hardware. Sensitive corporate data, trade secrets, client information, and financial models never traverse the public internet — satisfying the strictest compliance requirements in finance, law, healthcare, and defense contracting.
Air-gapped storage with encrypted tenant slices satisfies financial, legal, and government compliance mandates.
On-premise inference is 10–100× faster than cloud round-trips for real-time applications.
Dedicated, encrypted slices of a high-capacity NAS array for active data orchestration and secure backup.
Hardware-level tenant isolation. No neighbor can access your compute allocation or storage slice.
Edge Processing for
High-Intensity Sectors.
Every industry in your building gets a different capability — all from the same vault in the foundation.
Full-building information model processing and photorealistic render jobs that would take hours in the cloud complete in minutes — on local GPU clusters with sub-5ms latency.
Algorithmic trading strategies, risk models, and portfolio simulations run on local silicon — zero cloud exposure, zero data egress, and latency measured in microseconds, not milliseconds.
High-density GPU clusters power AI-assisted color grading, VFX compositing, and video rendering at speeds that eliminate overnight render queues entirely — all on-site, on-demand.
Your ESG Score, Transformed.
The NSV serves as the cornerstone of a commercial building's environmental, social, and governance strategy — converting waste energy into measurable Scope 1 and Scope 2 carbon reductions.
By recycling nearly 100% of the vault's thermal output to provide hot water and space heating for the office tower, the building significantly reduces its Scope 1 and Scope 2 carbon emissions — one of the highest-leverage ESG improvements available in commercial real estate today.
If the complex includes a fitness center, pool, or spa, these are maintained at 82°F (pool) and 104°F (hot tub) using only second-life thermal energy — zero incremental energy cost, zero incremental carbon, and a premium amenity your tenants will notice every day.
A vault operating in a thermally stable parking garage foundation achieves a Power Usage Effectiveness of 1.02 — making it one of the most efficient computing environments in operation today. Hyperscale cloud operators typically average a PUE of 1.2 to 1.6.
The Last Office Standing
When the Grid Goes Down.
In a regional disaster — hurricane, blizzard, or grid failure — the NSV transforms the business complex into a fully operational sanctuary while every other building in the city goes dark.
The integrated Battery Energy Storage System provides immediate backup power to the vault and all building life-safety systems — elevators, emergency lighting, security, and fire suppression. Tenants keep working. Servers keep running. No generator needed.
Equipped with satellite internet uplink, the complex stays connected to the outside world even when terrestrial fiber infrastructure is severed or overwhelmed. Critical business operations, remote access, and emergency communications remain intact.
During a grid-down event, the building's common areas or boardroom become a fully powered, climate-controlled refuge for tenants to maintain critical business operations. Power, heat, connectivity, and compute — all from the vault below. While competitors scramble for a generator or a hotel lobby, your tenants are already working.
All critical circuits — lights, HVAC, servers, security — stay live.
Independent of terrestrial infrastructure; up when the city is down.
Waste heat maintains building temperature without grid-powered HVAC.
Local GPU cluster runs at full capacity regardless of grid status.
Waste Heat Becomes
a Building Advantage.
The vault generates substantial heat as a by-product of compute. Instead of venting it, every BTU is captured and redirected to eliminate the building's largest energy expenses — while funding community amenities.
Gas Boiler Eliminated.
Vault heat displaces the building's natural gas boiler and electric chiller entirely. HVAC, domestic hot water, and radiant systems are fed from the vault loop — eliminating monthly fuel costs and the periodic capital cost of boiler replacement.
Ice-Free Ramps — All Winter.
Hydronic lines embedded in parking ramps, walkways, and entry corridors circulate vault heat beneath the surface. No salt, no plow contracts, no slip-and-fall incidents — automatically maintained regardless of weather conditions.
Earnings Fund the Neighborhood.
Revenue from enterprise compute leasing is directed to the building's capital improvement and community amenity fund — a built-in source of funding that keeps common areas current without special assessments.
For Property Owners.
For Commercial Tenants.
Stronger Buildings.
Better Tenants.
By recycling vault heat for HVAC, hot water, and radiant systems, the complex substantially reduces its largest recurring energy expenses. The gas boiler plant is removed — along with monthly fuel costs, maintenance contracts, and capital replacement cycles.
High-growth tech, finance, and media firms actively seek buildings with private AI infrastructure. The "AI-native" designation attracts higher-quality tenants, commands a premium rent, and reduces vacancy cycles.
Eliminating manual snow and ice removal from parking ramps reduces slip-and-fall liability, lowers insurance premiums, and cuts maintenance labor costs — all while removing road salt damage to concrete and vehicle undercarriages.
Your Competition
Doesn't Have This.
Access on-premise AI inference that is faster, more secure, and more cost-effective than hyperscale cloud alternatives. Train proprietary models on your own data, with zero data-egress costs and no per-token billing surprises.
The assurance that your office remains powered, climate-controlled, and connected during regional disasters is a competitive moat. Insurance clients, government contractors, and financial counterparties increasingly demand this level of operational resilience.
Guaranteed ice-free parking ramps and pedestrian access regardless of weather conditions — no delayed arrivals, no liability events, no corroded vehicles, and no chemical residue tracked into the lobby. A detail tenants notice and remember at lease renewal.
Compute You Actually Control
Sovereign compute means the encryption keys, the workload isolation boundary, and the physical hardware are all under terms the tenant defines — not under a hyperscaler's standard terms of service.
Tenant-Held Keys
Per-tenant encryption keys are generated and held by the tenant. NSV operators cannot decrypt tenant workloads or storage. Key rotation, revocation, and audit are tenant-controlled.
Defined Operator Boundary
NSV's operator access is defined contractually and limited to physical hardware and platform telemetry — never tenant data. Every privileged action is logged to a tamper-evident audit trail.
Stays in the Vault
Tenant workloads and storage remain physically inside the vault on the tenant's premises. No replication to cloud regions. No cross-border data movement unless the tenant explicitly enables it.
Engineered for Regulated Workloads
HIPAA-Ready Architecture
Per-tenant isolation, encryption-at-rest and in-transit, BAA-compatible operator boundary, and a tamper-evident audit trail support healthcare workloads where data residency is required.
SOC 2 Roadmap
The reference architecture is being prepared for formal SOC 2 Type II audit — see the roadmap for current phase. Tenants requiring SOC 2 today can review our control narrative and gap analysis.
Data Residency Guarantees
Tenant data physically resides in the on-premises vault. There is no default cloud replication path. Cross-border movement requires explicit tenant configuration.
Exactly What 72-Hour Means
A clear answer to the question every operations team eventually asks: which systems stay up, in which failure mode, for how long?
Full Operation
BESS islands the property. Compute, network, life safety, refrigeration, and tenant workloads all continue. External SaaS dependencies still reachable via uplink. Indefinite operation up to 72-hour BESS reserve.
Local-First Operation
Sub-second failover from fiber to Starlink restores connectivity in most cases. If both uplinks are down, on-vault Vault AI services and tenant workloads continue. Cloud-dependent SaaS is the only thing affected.
Safe Harbor
BESS islands; Starlink provides backup connectivity even when terrestrial fiber is severed; Vault AI continues to serve tenants on-prem. Life safety, refuge, refrigeration, and core compute are guaranteed for 72 hours.
Speaks the Building's Language
The vault integrates with existing building management systems via BACnet, Modbus, and standard REST APIs. Thermal recovery, BESS dispatch, and load shedding can be coordinated with the building's existing HVAC, lighting, and access control systems — no rip-and-replace.
Add Capacity Without Re-Excavating
Vaults are designed with rack and thermal headroom for tenant growth. Additional compute is added during a scheduled maintenance window without civil work. For larger expansions, a second vault can be added on the same property and federated with the first.
An Income Stream From the Basement
Anchor tenants get reserved capacity for their own workloads. The vault's remaining headroom is sold to outside compute buyers — turning unused GPU hours into a recurring income line for the property.
Anchor Tenant Reservation
In-building enterprise tenants reserve compute, storage, and network capacity under their own service agreement. That capacity is held aside before any external workload is scheduled.
Surplus Goes to Market
Remaining capacity is offered to vetted external buyers — AI labs, inference platforms, scientific batch users, rendering houses. Workloads run on a physically separate partition with their own keys, network segment, and audit trail.
Income to the Property
Compute revenue is paid to the property owner under a revenue-share with NSV. It can be applied to operating costs, capital reserve, tenant improvement allowances, or distributed to ownership.
AI Demand Outruns Hyperscale Build
Hyperscale data center construction is constrained by power interconnect, cooling water, and grid availability — timelines now run multiple years. Distributed compute that already exists, already cooled, already grid-connected, is a category buyers actively seek.
Cryptographic, Physical, Network Isolation
External workloads do not share GPUs, encryption keys, or network segments with anchor tenants. Tenant-held keys mean NSV operators cannot decrypt anchor tenant workloads, and external buyers physically cannot reach them.
Turn Your Foundation
Into a Community Asset.
Whether you're designing a new commercial tower, retrofitting an existing garage, or evaluating the NSV for a mixed-use campus — our commercial team will walk you through how the vault integrates with your specific property.