The distributed layer between the hyperscale core and the device.

Small modular AI datacenters, 500 kW to 20 MW, sited where power and fiber already exist. Inference runs locally instead of round-tripping to a distant cloud. Talk to us


Why now

Inference is moving to the edge, and latency tolerance is gone.

Inference dominates compute. It is now the majority of AI compute and growing faster than training. The shift from building models to deploying them is structural.

Real time cannot round-trip. Voice, agentic sessions, inline security, and physical AI need local, sub-20 ms response. A distant cloud cannot deliver it.

Hyperscale is the wrong shape. It was engineered for centralized, batch-oriented training. Repurposing it for distributed inference is a rebuild, not a retrofit.

And it is stalled. Power and water scarcity, permitting backlogs, and community opposition hold large builds for years. The distributed inference layer remains unowned.


What we build

Two modules. One site that grows from 500 kW to 20 MW.

EC500 and EC1000. Pre-engineered 500 kW and 1 MW blocks on relocatable precast foundations. A facility starts with one and expands as demand is contracted. Capital follows commitment.

Sited on existing power. Co-ops, municipals, cell sites, investor-owned utilities, and RTOs where capacity already exists. Rates locked and interconnect expedited before a rack ships.

Nothing the neighbors object to. No community water draw. Minimal noise. Permitting expedited because the structure is relocatable.

Carrier-adjacent. Siting next to the carrier removes the backhaul hop. Bonded fiber with Starlink as diverse backup.

EC500500 kW · first module EC10001 MW block 5 MWanchor offtake expansion 10 MW 20 MWfull site envelope
90–180 daysto live
Under 30 msat the edge
Zerocommunity water draw
1 GW+land-to-power pipeline

How you buy

Anchor, reserve, or spot.

Anchor offtake

5 years and longer, take-or-pay

Dedicated capacity under a long-term NNN agreement. Covers the facility's fixed costs before a single spot GPU hour is sold.

Reserved capacity

2 years, fractional

Reserve blocks at mid-tier pricing without committing to 100% utilization.

Spot and preemptible

On demand

GPU time on idle capacity at spot rates. For batch inference, evaluation, and bursty work.


Where

Thousands of sites across the continental U.S.

Our land-to-power pipeline spans thousands of sites across the continental United States, with more than 1 GW of total aggregate capacity — each one where power and fiber already exist. An orchestration layer routes work across sites and fails over between them. And we are actively expanding our footprint globally — if you have power, land, or demand in your market, talk to us.


Team

The team building this.

William Tolpegin CEO

William Tolpegin

35+ yrs executive experience. Former CEO of C-Band Alliance — the Intelsat/SES/Eutelsat/Telesat consortium that reallocated U.S. mid-band spectrum for 5G. Former CEO of OTA Broadcasting; co-founder of AURA Networks.

Chris Stark President

Chris Stark

35+ yrs across Fortune 1000 and technology ventures in telecom, spectrum, and large-scale infrastructure deployment. Chairman and co-founder of the CBRS Alliance; long-time operator of complex multi-stakeholder programs.

Anoop Nannra CPO

Anoop Nannra

Former CEO & co-founder of Trugard Labs (acquired). Previously led blockchain and cloud initiatives at AWS and Cisco, and intelligent infrastructure research at Nortel; co-founded & chaired the Trusted IoT Alliance.

Brian Hendricks CLO

Brian Hendricks

Chief Public Policy & Government Affairs Officer at Nokia (13+ yrs). Former General Counsel & Staff Director, U.S. Senate Committee on Commerce, Science & Transportation; FCC Enforcement Bureau attorney. J.D. / MPP, William & Mary.


Contact

Tell us the workload, the region, and the latency budget.

Or write to contact@andd.ai.

We reply within two business days.

Inquiry sent

We'll review the workload and region and reply within two business days at the address you gave.