A DNA double helix with a small black armored machine clamped to it, its windows glowing as it edits the glowing base pairs.
Live on Solana devnet: LIFE has no value yet. Live network status
LIFE Compute

How it works.

From a GPU scoring a molecule to LIFE paid on Solana, every step is independent of the one before it.

Six steps

  1. Mine

    Your GPU scores molecules against a cancer target using Boltz2 and signs each result with your wallet. On the devnet trial the protein targets are enabled; mRNA, CRISPR and prime-editing designs are planned.

  2. Submit

    Your miner sends the signed result to the LIFE coordinator. If the coordinator is briefly down, the miner keeps scoring and sends its results when it is back.

  3. Verify

    A validator re-scores the result on its own machine and signs a verdict with its own key. A result is confirmed only when the two scores agree within a stated tolerance.

  4. Settle

    Confirmed results are paid in a daily batch. Two independent checkers, on separate machines with separate keys, each verify the whole batch and sign it. The Solana program mints LIFE only with their signatures, and it enforces a cap per batch and per day whatever anyone signs.

  5. Record

    The log of results, re-scores and verdicts is public. A hash of each day’s log is written to Solana, so a changed record would not match. Individual results live in the public log, not each in its own Solana transaction.

  6. Check it yourself

    Look up any wallet in the console and follow the whole network on the live status page.

What runs where

PieceWhere it lives
The LIFE token, payouts, the cap and the signer rulesOn Solana
A hash of each day’s logOn Solana
Submitted results, re-scores and verdictsThe public log
Scoring and re-scoringYour machine and the validators’ machines

The limits

Predictions, not cures. The results are computer predictions from published models. They narrow what to test, and a lab has to confirm them.