// PROOF OF USEFUL WORK · SOLANA BLOCKCHAIN
DECENTRALIZED CANCER DRUG DISCOVERY NETWORK · POWERED BY BOLTZ2 MOLECULAR DOCKING
Your GPU was wasting electricity.
Now it's fighting cancer.
// mission_statement.md
LIFE Compute exists for one reason — to accelerate the discovery of cures for cancer and other diseases by mobilizing the world's idle GPU compute power.
We believe that the computational resources needed to find life-saving drugs should not be locked behind the walls of pharmaceutical companies or limited by research budgets. Every gaming PC, every mining rig, every idle GPU is a potential instrument of healing.
Through blockchain-verified proof-of-useful-work, we align economic incentives with meaningful science. Miners earn $LIFE tokens. Patients get better drugs. Humanity wins.
When a miner discovers a novel molecule that scores in the top 10% for its target and is confirmed by an independent validator, that discovery is permanently minted as an NFT on the Solana blockchain — a certificate of scientific achievement owned by the LIFE Compute Foundation and available for licensing to researchers and pharmaceutical companies seeking to develop the next generation of cancer treatments. Your GPU finds the cure. The blockchain remembers it forever.
// The Problem
The SAVI-2020 library contains 1.75 billion synthesizable molecules. Screening even a fraction against a single protein target requires resources available only to the largest pharmaceutical companies. Most promising candidates are never tested.
Meanwhile, billions of dollars of GPU compute burns electricity solving mathematical puzzles that help no one.
Your GPU runs Boltz2 — the same molecular docking AI used by MIT and Recursion Pharmaceuticals — screening drug candidates against validated cancer targets.
Independent validator nodes re-score every submission using real Boltz2 GPU inference. No fake scores get through. 2-of-N consensus required.
$LIFE tokens are minted directly to your Solana wallet. Every token represents a genuine contribution to cancer research. Zero pre-mine. Zero team allocation.
All results stored permanently on Solana blockchain. Open to researchers worldwide. LIFE Compute asserts no IP over discovered molecules — findings belong to humanity.
// Cancer Target Portfolio
Curated from the most clinically significant proteins in oncology. Every target has MSA files for accurate Boltz2 structural prediction.
Mutated in 50% of all cancers
85% of pancreatic cancers
Hereditary breast/ovarian cancer
Activated in 70% of human cancers
80% of low-grade brain gliomas
30% of AML leukemia cases
15% of lung adenocarcinoma
Venetoclax target — lymphoma
DNA repair — Olaparib target
Gleevec (Imatinib) target — CML
Palbociclib target — cell cycle
Tumor angiogenesis — Sorafenib
// Tokenomics
$LIFE cannot be pre-mined or allocated. The only way new $LIFE is ever created is by contributing genuine GPU compute to cancer drug discovery.
There is no ceiling on $LIFE. There is only the work. Every token in existence is proof that a real computation happened — a real GPU, a real target, a real independently-verified result. Supply does not stop at a number. It stops when there is nothing left to discover.
Total supply is a live figure, not a target. At every moment it is defined as total minted minus total burned. It rises only when real work is verified and mints new $LIFE through the program’s official reward-payout path. There is no fixed cap and no halving schedule.
$LIFE can only ever be created by real, verified work — running inference against real cancer targets, independently confirmed by a second machine. There is no other way for new $LIFE to come into existence. Once earned, it can be freely held or traded — but no one can ever buy their way into being the one who discovered it.
$LIFE is a standard SPL token: no transfer hook, no burn-on-transfer, no restriction on trading once earned. A miner who earned it may sell or trade it on any Solana DEX. The market redistributes already-earned tokens — it never creates new supply.
Minted minus burned. No cap, no ceiling.
Not one token before launch.
Founders mine like everyone else.
Fast finality. Sub-cent fees.
Flat rewards. No time-based reduction.
It stops when there is nothing left to discover.
| Tier | Example Targets | Reward (flat) | Notes |
|---|---|---|---|
| Hard | TP53, KRAS, BRCA1, MYC, IDH1 | 0.9 $LIFE | Novel / poorly characterized |
| mRNA Silencing | MYC_mRNA, KRAS_mRNA, BCL2_mRNA | 0.9 $LIFE | mRNA silencing targets (IDs 2000–2029) |
| CRISPR gRNA | TP53_CRISPR, KRAS_CRISPR, EGFR_CRISPR | 0.252 $LIFE | gRNA knockout targets (IDs 3000–3009) |
| Medium | EGFR, HER2, BCL2, PARP1, ABL1 | 0.7 $LIFE | Partial structural data |
| Easy | CDK4, VEGFR, NTRK1 | 0.3 $LIFE | Well-characterized pocket |
| Discovery Bonus | Top score for any target weekly | 100 $LIFE | Best in network |
Rewards are flat — they do not decrease over time or with cumulative supply. The one reduction that applies is a per-target maturity taper (100+ confirmed hits → 75%, 1,000+ → 50%), reflecting diminishing scientific return rather than token scarcity. Minimum reward: 1 raw unit.
This does not mean $LIFE cures disease. It means $LIFE only exists where real computational science — narrowing the search for what might — has genuinely happened.
// For Research Labs
Every lab knows the real cost of discovery — reagents, equipment time, staff hours — spent testing candidates that mostly won’t work. That’s simply how the process goes; most fail.
LIFE Compute is a network of computers running real, independently-verified computational drug screening — protein docking, mRNA targeting, CRISPR guide RNA design — against real cancer targets. Every result gets checked twice, by two separate machines, before it’s accepted as genuine.
Your lab can point spare computer time at this screening instead of letting it sit idle. Every real, verified discovery earns $LIFE — a digital token you receive automatically for genuine, confirmed results, the same way you’d be compensated for any real contribution.
No crypto experience needed to participate. The system runs on Solana, a fast, low-cost public ledger, purely as the record-keeping layer that verifies and tracks results — you don’t need to understand blockchain to benefit from it, only to run the software.
Once you’re running the miner, LIFE Agent — an AI assistant built into your local dashboard — can answer questions about how the network works, how to get started, and what’s happening with your own submissions. It activates once you add your own Anthropic API key to the dashboard’s configuration.
Narrow the field computationally against validated cancer targets — before a single reagent is consumed.
Two independent machines re-score every result. Nothing is accepted as genuine on one machine’s word.
Confirmed results earn $LIFE automatically. Idle compute becomes a funded contribution.
Bring only your strongest, already-validated candidates to the wet lab.
The result: instead of spending your budget to find out which candidates might work, you narrow the field computationally first — earning along the way — and only bring your strongest, already-validated candidates to the bench.
// Get Started
If you can play modern games, you can mine $LIFE. Minimum: NVIDIA GPU with 8GB+ VRAM, 16GB RAM, Ubuntu 20.04+ or Windows 10/11.
Choose your platform:
Or install via CLI:
HiveOS miners: flight sheet URL → https://github.com/life-compute/miner/releases/download/v2.0.0/life-compute-hiveos.tar.gz
// CRISPR gRNA Optimizer
Drugging the undruggable.
LIFE Compute is the first decentralized network to optimize CRISPR guide RNA sequences for cancer gene editing alongside small molecule and mRNA drug discovery.
CRISPR-Cas9 won the 2020 Nobel Prize in Chemistry. It works by using a 20-nucleotide guide RNA to find and permanently disable cancer-driving genes. Finding the optimal guide RNA for each cancer target is one of the most computationally intensive challenges in modern oncology.
LIFE Compute miners now solve it — running three-score evaluation on every gRNA candidate:
Alignment to the mutation-site consensus window with PAM proximity scoring. High score = gRNA anchored precisely at the cancer hotspot.
Seed sequence screened against curated repetitive-element blacklist (Alu, LINE-1, SINE-R, telomeric). Prevents dangerous off-target cuts in healthy tissue.
GC-content window and thermodynamic stem-loop scoring for lipid nanoparticle and AAV delivery. Ensures the guide survives the delivery vector.
// 10 CRISPR Cancer Targets Active
Top-scoring novel gRNA sequences are minted as Discovery NFTs — permanent on-chain proof of first computational discovery, available for licensing to CRISPR therapeutic developers.
// Discovery NFTs
When a miner discovers a novel molecule that ranks in the top 10% of all confirmed hits for a cancer target, LIFE Compute mints a permanent NFT on Solana — an immutable record of that scientific moment.
Your miner screens novel ZINC15 molecules and mutants against validated cancer targets using Boltz2 GPU scoring.
Top-10% hits that are validator-confirmed on-chain automatically trigger a Metaplex NFT mint on Solana — no action needed.
Discovery NFTs are held by the LIFE Compute Foundation and made available to pharma, biotech, and collectors who value provable scientific firsts.
100% of sale proceeds go to the LIFE Foundation to fund further cancer drug discovery research and network expansion.
“The discovery of KRAS inhibitors after thirty years of failure is proof that every impossible target eventually falls. The question is only who finds the key first.”
— ONCOLOGY RESEARCH, 2021 · KRAS G12C BREAKTHROUGH
// Support the Mission
Every contribution funds cancer drug discovery, network development, and wet lab validation of top molecular hits.
Scan with Phantom or Solflare wallet — or paste the address above.
Fund GPU compute for Boltz2 molecular docking against cancer targets.
Expand validator infrastructure and on-chain data pipelines.
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Joshua Adams
Founder, LIFE Compute
"Building decentralized infrastructure for cancer drug discovery — one GPU, one epoch, one confirmed hit at a time."
@AdamsJosh69520