Idle machines, woven into one living compute cloud.
The AI boom is starving the planet of compute, and new datacenters take years to build. Mycelia grows one instead — weaving the GPUs and CPUs already sitting idle in millions of machines into a single, living network.
No new silicon. No new datacenters. Just the machines we already have.
Three steps to grow the network
A node is born, it fruits compute, it earns. The same loop, repeated across millions of machines, becomes one organism.
Connect
Install the lightweight agent or join from your browser. Your machine becomes a node the moment it comes online — no configuration, no lock-in.
Contribute
Donate the cycles you aren't using. The scheduler grows work toward idle capacity and retreats the instant you need your machine back.
Earn
Every completed slice of compute settles into MYC credits — redeemable, transferable, and proportional to the work your node fruited.
See what your idle machine could fruit
Estimates settle in MYC and convert at the live network rate. Your node only works when it's otherwise idle, so this is yield from hardware you already own.
Assumes 1 MYC ≈ $0.12 · electricity $0.17/kWh · 30-day month.
Est. monthly
1,632MYC
Net after power
$179
−$17 electricity
Built for work that loves to spread
Anything that parallelizes thrives here — the network grows toward the work and reclaims itself when the job is done.
Rendering
Distribute frames and bake light across thousands of nodes at once.
/renderBatched AI inference
Fan out high-throughput inference for models that don't need a single host.
/inferenceScientific sims
Molecular dynamics, climate models, Monte Carlo — embarrassingly parallel by nature.
/computeLoRA fine-tuning
Train adapters and run sweeps across the network's pooled GPU memory.
/training