Explore your site
Distributed AI infrastructure

Your space. Your power.
A new possibility.

Turn spare power and underused space into AI infrastructure.
We bring the equipment. You gain a new source of income.

No upfront equipment investment · Managed by DAIT · Now exploring pilot sites

DAIT outdoor compute cabinet concept with battery and solar infrastructure
Small footprint. Big potential.

The data center
comes to you.

AI computing, battery storage, and cooling. Together in one outdoor cabinet.

↗ DESIGNED FOR THE REAL WORLD
01—03Modular cabinets
20—60 kWPlanned node capacity
Illustrative concept · Pre-pilot design

DAIT converts underused behind-the-meter electricity into secure, field-deployed AI infrastructure—without waiting years for new grid capacity, interconnection approvals, or substation upgrades.

  • Deploy in months, not years
  • Use existing on-site power capacity
  • Secure, remotely managed infrastructure
  • Built for enterprise AI workloads
The Constraint

Capital is not waiting on chips. It is waiting on electricity.

Demand for AI compute is not limited by how many processors can be manufactured. It is limited by how quickly a site can be connected to enough power — and that is a permitting and land problem, not a technology one.

2061 GW
Sitting in US interconnection queues
5+ yrs
Median wait to commercial operation
14×
More capacity withdrawn than built

Source: Lawrence Berkeley National Laboratory, Queued Up: 2026 Edition. Getting in the queue is not the same as getting connected. DAIT avoids it entirely by installing on electrical service that is already energised — on buildings that already exist.

Market Opportunity

A multi-billion-dollar shift to distributed edge compute

Market sizing from published third-party research, with DAIT’s serviceable footprint built bottom-up from the deployment roadmap.

$690B
Global AI infrastructure capex, 2026
78%
Reduction in CapEx per megawatt
3 mo
Signed host site to live inference
1464
Nodes across the Phase 1–3 footprint
How It Works

From qualified site to live compute

One sealed node design. Three steps to revenue.

01

Site Qualified

Spare power, roof or pad space, and a nearby grid drop — five simple checks clear a site.

02

Node Deployed

A sealed IP65 cabinet lands and connects to the existing service in as little as 2–4 weeks.

03

Compute + Grid Revenue

The mesh OS routes AI workloads while the battery sells peak-shaving power back to the site.

Deployment Models

One node design, three footprints

Each tier adds cabinets to the same sealed IP65 architecture.

Base · 1×~20 kW

Residential & Edge

Walls & urban micro-edge sites · coming soon
  • Dual Dell PowerEdge XE7745 servers, one cabinet
  • 47 kWh battery + 10 kW solar inverter
  • Blackout backup while running AI compute
16GPUs
3,520tok/sec
Mid · 2×~40 kW

Commercial Infrastructure

Rooftops, hotels & medical campuses
  • 2× cabinets, double compute & memory
  • Active HVAC to 4000W with battery backup
  • Uses existing rooftop HVAC space & power
32GPUs
7,040tok/sec
High · 3×~60 kW

Stadium & Industrial

Stadiums, factories, ports & logistics hubs
  • 3× base arrays in high-capacity clusters
  • Multi-gigabit fiber, micro-grid redundancy
  • Multi-point security & live telemetry
48GPUs
10,560tok/sec
Host Program

Turn dead roof space into monthly income

We pay property owners to host a node while slashing their power bills with free battery backup — zero CapEx, zero hassle.

See the Host Program →
Host CapEx$0
Power bill reduction20–30%
Backup battery47 kWh
DAIT operating share85%
Host revenue share15%
Let’s Build Together

The future of distributed AI infrastructure starts at your site

Whether you’re scaling compute, hosting a node, or backing the round — there’s a place to start.

Get In Touch

Built for what comes next. DAIT is pre-pilot. Performance, savings, and timing are design targets, subject to site assessment and validation.