01About

We had built and run this before we had a company to do it in.

ISS Mining was founded in May 2025 by people who had already delivered hyperscale campuses, engineered generation at scale, and owned and operated compute facilities on their own balance sheet. The platform is built on work the team had finished, not on a forecast it made.

Walk a site

02Our Story

We were already doing this. The load changed.

May 2025

Roberto Saad brought together Thomas Flake, Charles Clement, Brant Jones, and Skip Smith to look at a crypto mining opportunity. It was familiar ground. Flake had built and operated both data centers and mining facilities, and the group had spent their careers on the power side of compute.

The turn

Mining taught this industry behind-the-meter siting before AI needed it. The discipline is the same one: find land with power, secure generation, control the cost per megawatt-hour, and run the facility well enough that the economics hold when the market moves against you. Operators who got that wrong did not survive the last cycle.

AI compute is that problem at higher density, on longer contracts, in a far larger market — and against buyers who cannot wait five to seven years for a grid connection. The team took the view that the harder version was the one worth building for.

ISS Mining was incorporated in May 2025 as a power-rich-land platform for AI, structured around that decision from the first day.

Why it stuck

Behind-the-meter was already being discussed. Almost all of it was co-location — park the load beside a nuclear or gas plant that already exists and draw from it directly. That model depends on generation already standing, in the handful of places it stands, and in November 2024 FERC rejected the expansion of the largest such arrangement in the country. The deals since have competed for a fixed and shrinking set of existing plants.

ISS Mining was built on the other version: originate the land, secure the fuel, and develop new generation on the site — behind the meter by construction rather than by adjacency. It does not bid against hyperscalers for an existing plant, and it does not turn on how a regulator rules on co-location.

The power constraint itself was never the insight, and the team has never claimed it was. Queues were public, load requests were climbing, forecasts were in print. What was scarce was the ability to execute — assemble fragmented title, hold a county commission, structure a large-load tariff, and put new generation behind the meter on ground you control. That is where projects die, and it is work this team had already delivered.

03The Team

The platform requires work the team had already done.

Owned and operated compute infrastructure

Thomas Flake has built and operated data centers and mining facilities, running in excess of 50 MW of owned load at peak. Not built for a client and handed over. Owned, energized, and run — with the power economics on his own balance sheet.

Hyperscale construction

Site leadership on a Meta campus in Georgia and on a $420 million Microsoft facility — delivery at the scale and standard the buyers across the table build to themselves.

Generation engineering

Combined heat and power, landfill gas, and waste-heat recovery, with more than 500 MW of reclaimed-energy generation delivered. Behind-the-meter power is the core of the platform, and it is engineering this team has shipped rather than specified.

Capital formation

Growth and capital raising across the solar and energy sectors, through the structures this asset class actually uses.

Meet the team

04Where It Stands

Fifteen months in.

Fifteen sites under control across five states. 22,376 acres in active development workstreams, 83% of it in Texas. Four deal shapes available across the portfolio, from a verified site transferred as-is to capacity contracted on a campus we retain and build.

Approximately 9.3 gigawatts of development capacity on an IT-load basis. We publish the generous count and the strict count side by side, and we will tell you which tier any figure sits in before you spend a dollar on diligence.

The thesis was never the differentiator. The execution is.

15
properties
5
states
21,919
acres
1,100 MW
build plan
as of August 2026

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