Acacia Badger is the home base for our projects, built at the intersection of legacy, sustainability, and technical innovation to connect global operational standards with on-the-ground East African execution.

Our foundation combines over two decades of U.S. commercial execution—navigating transport logistics, housing initiatives, EB-5 investment advisory, and federal healthcare compliance (HUD, Medicare, Medicaid, MTSCA)—with deep technical expertise developed directly alongside top global AI research labs. We align this regulatory discipline with on-the-ground supply chain mastery, container-scale importing, and local infrastructure operations.

We combine this practical experience and modern digital workflows to build clean, transparent, self-sustaining operations from the ground up.

WHY THE BADGER? 

Badger Compute is our first project under Acacia Badger. 

Badger Compute.

For regional geographic and infrastructure context

MAI MAHIU SITE & LOGISTICAL ANCHOR 

We surveyed and secured this land in 2018, spending the following years building out the property.

The site sits directly between the Naivasha Inland Container Depot (ICD) and Special Economic Zone (SEZ) in front, and the Mai Mahiu SGR freight station behind us. Being on this corridor gives us direct access to Kenya's main transport routes—simplifying on-site logistics and giving us a solid home base to operate in Kenya and scale across East Africa.

The location was also chosen for its direct access to geothermal power. In Kikuyu, Mai Mahiu means "Hot Water" or "Hot Springs"—referencing the geothermal activity running beneath the Rift Valley. Building here places our footprint in the heart of Kenya's cheapest and most reliable green energy grid.

The land is fully owned, fenced, and active.

Then vs Now

THE PLAN

With the site owned and secured, our execution plan is simple: deploy capital directly into physical hardware to convert raw solar power into daily revenue, recycle waste heat, and monetize excess utility capacity.

We are raising $300,000 to bring this initial node into full production. Because we already own the land, every single dollar of this capital goes directly into physical equipment on the ground—high-efficiency solar arrays, industrial Bitcoin ASIC miners alongside targeted GPU compute units, power enclosures, thermal heat-exchanger loops, and point-to-point internet transmission equipment. By placing hardware directly at the generation source on our own land, we eliminate real estate rent and retail power margins, capturing maximum yield from raw equatorial solar energy.

In standard data centers, heat is treated as a costly nuisance that requires heavy power to cool down. We treat heat as a valuable, free input. We will route thermal exhaust directly into our surrounding agricultural operations: liquid and air heat exchangers will maintain optimal tilapia pond temperatures year-round, while low-grade heat warms our poultry brooding sheds, completely cutting out external heating fuel expenses.

To run high-throughput compute, we bring dedicated, high-speed internet directly to the property. Because we hold excess capacity on the line, we package and sell low-bandwidth, on-demand internet to the local community, turning a necessary utility expense into a steady recurring revenue stream for the site.

We look at early capital as a direct partnership in building physical infrastructure. Because compute hardware and local Micro-ISP bandwidth earn yield from the moment they power on, you receive live operational telemetry, power metrics, and performance data directly from an active node in a region traditional investors rarely access. The payback flow is structured to prioritize your capital first: dual revenue streams—from high-density compute and local connectivity sales—return your initial $300,000 principal as fast as power converts to cash flow. 

Once this initial node operates at peak efficiency, we scale. We will begin technical research into direct geothermal power off-take right here in Mai Mahiu to add continuous 24/7 baseload energy. Operating from Kenya puts us at the center of rapid changes in global money movement. As stablecoin rails, cross-border digital settlement, and global liquidity flows mature, our compute infrastructure provides a direct physical bridge between international capital and local utility. Simultaneously, as global crypto and AI hardware markets settle over the lifecycle of this project, we will acquire proven, high-efficiency equipment at lower costs—packaging this exact blueprint into modular nodes across East Africa.

Badger Compute Mai Mahiu, Kenya — November 2026 

To discuss investment and site deployment: Talkto@acaciabadger.xyz