GeoBitmine emerges where Idaho’s pioneering spirit meets the future of IT and Ag-Tech. Originating from the heart of our state’s farming capital, we are driven to revolutionize sustainable food growth and water preservation through cutting-edge technology. Our innovative solution to repurpose waste energy from data centers fuels our hydroponic greenhouses, setting new sustainability standards.

At the core of our operation is a diverse team of women, US military veterans, and minority group members, embodying our commitment to diversity and inclusion. We’re dedicated to creating 100% carbon-free High-Performance Computing (HPC) Data Centers and Hydroponic Greenhouses, offering high-paying jobs and paving the way for a greener future locally and worldwide.
Join our journey to merge tradition with innovation, fostering a sustainable legacy for Idaho and beyond. GeoBitmine isn’t just about advancing data and agriculture—we’re nurturing hope for a brighter future.


  • Reduce the Carbon Footprint of Datacenters in Europe by 10%
  • Recover 100MWh of waste heat in 2023
  • Promote the development of Renewable energy by balancing their variable load
  • Show municipalities on a global scale their waste heat can benefit them.

Welcome to GeoBitmine
Where innovation meets sustainability across our facilities.

By integrating net-zero HPC Data Centers with advanced hydroponic greenhouses, we forge ecosystems that recycle data center waste heat to boost agriculture, significantly reducing water use by 99% compared to conventional farming.

This approach exemplifies our commitment to environmental stewardship and innovation, creating jobs, enhancing food security, and driving economic growth. Delve into GeoBitmine, where sophisticated technology and precision agriculture converge to advance food production sustainability.

Industries We Cater To

Hydroponic Greenhouses

  • Save up to 90% more water than traditional farming.
  • Enable year-round production, regardless of weather.
  • Reduce pests and diseases, minimizing pesticide use.
  • Operable in non-arable areas, including urban settings.
  • Scalable from small to large-scale operations.

Flexible HPC Energy

  • Adapts energy consumption to computational demand, optimizing resource use.
  • Enables greener computing by integrating renewable energy sources.
  • Supports peak performance without compromising on efficiency.
  • Reduces operational costs through intelligent energy management.
  • Facilitates innovative research with environmentally responsible computing power.

Our Waste Heat Technology

  • Innovatively captures and repurposes waste heat from HPC Data Centers.
  • Drastically cuts energy costs, making operations more sustainable and profitable.
  • Contributes to a significant reduction in the carbon footprint of high-performance computing.
  • Powers hydroponic greenhouses, merging tech and agriculture for local food production.
  • Embodies a cutting-edge approach to dual-purpose energy use, setting new industry standards.

Demand Response for the Community

  • Balances local energy supply and demand, enhancing grid stability and efficiency.
  • Lowers community-wide energy costs by reducing peak demand charges.
  • Encourages sustainable energy consumption patterns among residents.
  • Facilitates the integration of renewable energy sources, promoting environmental stewardship.
  • Strengthens community resilience against power outages and energy shortages.

Certified Organic, Herbicide and Pesticide-Free

  • Guarantees produce is grown without synthetic herbicides or pesticides, ensuring top health and safety standards.
  • Holds certification from recognized organic bodies, providing consumer trust and transparency.
  • Supports ecosystem health by preserving soil, water, and biodiversity.
  • Meets stringent organic farming regulations, reflecting a commitment to environmental and human health.
  • Appeals to health-conscious consumers, tapping into the growing organic market demand.



Cooling energy cost reduction by up to

Longer hardware
lifetime up to

OPEX reduction up to

Ability to overclock hardware up to

Our GREENBOX reuses up to 97% of its waste heat and allows for it to be resold to heat users interested in lowering their heat costs.
It is provided as clean water and allows for greenhouses and other large-scale enterprises to reduce their emissions, improve their ROI save on cost while reusing the waste to their benefit.

Recover upto 97% of Waste heat

Faster ROI

Reduce Electricity Bill by reselling waste heat!

High Overclocking capabilities

Intermittent Renewable energy faces a challenge from the nonconstant production and supply of Energy. Bottlenecks, overloads, and volatile fluctuations are increasingly common occurrences, even in highly developed grid infrastructure. Our GREENBOX is highly optimized for gridbalancing through the unique and rare characteristics of HPC and immersion cooling.We serve as a flexible tool to help mitigate intermittency and grid congestion and partake in grid balancing programs effectively lowering your ROI and adding another Revenue stream to your operations.

Carbon Free and Sustainable solution

Fast Responsivness, under 10 seconds

Benefit From 1 Additional Revenue stream

High Overclocking capabilities



A Four-Step Journey to Sustainability

The GeoBitmine is a modular containerized data center able to recover 97% of its waste heat emitted by super optimal thermal efficiency, energy curtailment capabilities, and optimal environment for computing to longer their lifespan and benefit the environment by being 100% carbon-free.
Our technology is the modern green alternative to an electrical boiler that has multiple additional revenue streams. The adaptability to movements in energy prices and the diversification of revenues provide unparalleled advantages to legacy alternatives.

We invite you to join us on this journey. Together, we can make a difference.

Embrace the Future with GeoBitmine: Where Technology Meets Sustainability.


Farm to Table for Less


Locally Grown Solution


Year Round Jobs


Krysta Aten-Schell

Chief Creative Officer
Licensed Architect

Matt Diamond

Chief Financial Officer

Jay Jorgensen


Tommy Jorgensen

General Manager

Aaron Symbolik

Chief Revenue Officer

Key Advisors

Kenny Wilkins

Dominion energy

Mark Oliver

Founder and CEO Presage Technologies

Jennifer Graham

Traditional Data Center Tech

Thanks to the heat recovery and load balancing GeoBitmine provides prime environmental balance & sustainability while making your operations to produce the best commercial results.


GeoBitmine 3 Acre Greenhouse Case Study

Carbon saved from not tilling fields:

  • Approximately 220 lbs. of CO2 are released per acre of field tilled. 65 acres of conventional farmland are required to grow the equivalent of a three-acre greenhouse.

Total CO2 savings: 14,300 lbs./year

 Carbon saved from not operating fuel-powered machinery on farm:

  • Approximately 650 gallons of diesel are burned by operating machinery on a 65-acre farm.
  • Each gallon of diesel releases 22.45lbs of CO2

Total CO2 savings: 14,592.50 lbs./year

Carbon saved from not using natural gas to heat the greenhouse:

150,000 cubic feet of natural gas are required to heat a 3-acre greenhouse in Idaho

  • Burning a cubic foot of natural gas releases approximately 0.267 pounds of CO2 into the atmosphere.

Total CO2 savings: 40,050 lbs./year

Carbon saved from reduced transport costs

  • Average distance of crops traveled from Mexico to Idaho: 1,318 miles of which 50% are assumed to be by truck.
  • A semi-truck burns 110gallons of diesel on a 660-mile trip
  • A semi-truck carries approximately 105,600 lbs. of tomatoes per trip
  • 12.66 trips are required to import the equivalent amount of tomatoes grown in the greenhouse

Total CO2 savings: 31,155 lbs./year

 Total annual CO2 reduction: 100,098 lbs/year

A mature tree can absorb approximately 48 lbs. of CO2 per year. This project would achieved CO2 savings equivalent to planting 2,085 trees.

Connect With GeoBitmine

Discover sustainable growth with GeoBitmine’s innovative solution, merging Data Centers’ waste heat with hydroponic greenhouses. Our eco-friendly model not only supports scalable technology adoption but also delivers fresh produce directly to restaurants and local markets. Ideal for food industry leaders and visionary policymakers, we’re ready to explore partnership opportunities and bring this groundbreaking technology to your region.

Get In Touch!