Edge AI Infrastructure · North America

Compute is constrained by power —
and by distance.

We build, energize and own the low-latency megawatts that real-time AI runs on. The winner is not who builds the biggest campus — it is who deploys the most energized, low-latency capacity, fastest.

Surgical Robotics Autonomous Vehicles Aviation Defense & Security Critical Infrastructure

The Thesis

Three forces, one conclusion.

AI output scales with energized watts, not silicon — and physics puts a hard floor under how far that compute can sit from the workloads it serves.

Power is the bottleneck

AI output scales with energized watts, not silicon.

Revenue is a function of tokens per watt times available watts. Low-cost, certain megawatts are now the scarce asset — and the moat.

Inference moves to the edge

Inference is overtaking training as the dominant workload.

It is continuous and user-facing. That demands geographic distribution — not consolidation into a handful of remote mega-campuses.

Latency is physics

Real-time AI needs single-digit milliseconds.

Autonomous, robotic, financial and industrial systems break above 10 ms. Distance to compute sets a floor no chip can engineer around.

The Platform

A standardized megawatt. Productized.

One stealth-built, factory-finished module equals one megawatt of energized, cooled, secured capacity. Deploy one at a time; repeat to any scale.

Solventis stealth-built 1 MW edge module

1 MW Module · Factory-built

Productized in 1 MW blocks

One module, one megawatt. Standardized bill of materials, repeatable in any qualified location.

Plug-and-play deployment

Built in the factory, energized in roughly 90–120 days — with first revenue far sooner.

Integrated cooling

Sealed, near-silent thermal management engineered for high-density compute.

Security by design

Hardware root of trust, zero-trust networking, tamper-resistant enclosure.

PUE 1.04–1.12 < 56 dBA 480–13,800 V 100% recyclable

Metro Edge · Core

50-mile radius

sub-3 ms · grid power

Premium, high-density capacity sited inside dense metros — close to users, exchanges and hospitals. For real-time inference, financial edge, robotic surgery and live agents.

Regional Edge · Scale

150-mile radius

sub-10 ms · behind-the-meter power

Nine times the land area of the metro tier, still inside the latency budget — sited on low-cost stranded power. The volume product and the power moat.

Integrated Storage

Every site ships with storage.

Not a backup generator — an active revenue optimizer, grid-compliance engine and interconnect accelerator. Patented parallel architecture, ML-driven price prediction and automated dispatch, grid-interconnect certified and domestically manufactured.

Integrated battery energy storage system

The Model

Powered-shell colocation. Self-funded growth.

We own the energized, cooled module; tenants bring the compute. The asset earns from day one and compounds into the next deployment.

Secure stranded power

Behind-the-meter supply at well under grid cost.

Deploy the module

Factory-built and energized in 90–120 days.

Energize now

The megawatt produces from the first day online.

Contract the tenant

Contracted edge colocation — the durable asset.

Monetize & recycle

Sell energized capacity to institutions; retain operations; redeploy.

The People Behind It

Operators. Investors. Capital architects.

The team has built and exited infrastructure at every layer of this stack. Identities are shared with qualified parties under the confidential briefing.

Infrastructure & Deployment

Two decades of global edge, regional and hyperscale datacenter builds. Former hyperscaler; eight patents, including submerged and immersion-cooled datacenter architectures.

Real Estate & Capital

Commercial real estate exit architect. A repeated record of site control, build, monetize and redeploy — paired with retail energy brokerage and aggregation.

Technology

Dual-discipline: industrial process engineering and computer science. Owns the full technical stack from power to silicon to software.

Engineering & Standardization

Architect of the repeatable 1 MW module. Drives the 90-day factory-to-field deployment discipline the platform is built on.

AI, Energy & Automation

Scalable AI automation frameworks purpose-built for energy and data infrastructure operations.

Finance & Strategy

Capital formation across finance, solar energy and datacenters, alongside serial-operator strategy and commercialization experience.

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Compute is constrained by power —and by distance.