Where servers
grow forests.
We capture exhaust heat from miner servers and channel it into next-generation greenhouses. A closed loop where computation feeds cultivation.
The Vision
Computation should leave the planet greener than it found it.
Every watt spent on computation produces heat. We treat that heat not as waste, but as the most valuable resource in modern agriculture. Our greenhouses thrive on what the digital economy throws away.
Technology
A new physics of growing food.
Four integrated systems convert hash rate into harvest. Designed end-to-end, calibrated continuously, beautifully transparent.
Adaptive Compute
Mining workloads modulate in real time to match thermal demand from the cultivation chamber.
Closed-Loop Airflow
Filtered exhaust air is directed through a heat-exchange manifold, stabilizing canopy temperature within 0.2 °C.
Bio-Calibrated Climate
Spectral sensors and ML models tune humidity, CO₂ and light to each crop's circadian profile.
Zero Waste Energetics
Surplus heat charges thermal batteries, smoothing yield across day-night and seasonal cycles.
Inside the loop
36 °C of pure potential.
Our miners run hot — and we want them to. Every degree above ambient becomes a calorie of growth, captured and channeled to where life happens.
Research
Open by design.
Our findings are peer-reviewed and freely shared. Climate breakthroughs belong to everyone.
Build the closed loop with us.
Researchers, growers, datacenter operators — we're assembling the consortium that will redefine what computation is for.