Blog & Updates

Every chart, stat, and leaderboard in the OARN dashboard now reads real on-chain data — no more placeholder numbers anywhere. Model framework distribution is decoded directly from submitTask() calldata, so the pie chart reflects your actual task history. Average consensus time is computed from TaskClaimed → ConsensusReached event pairs. Token metrics (COMP and GOV total supply, GOV holder count) are read live from the token contracts. Active governance proposals come straight from the on-chain Governance contract — the hardcoded OIP-12 and OIP-11 entries are gone.

Open Dashboard

oarn-node now executes PyTorch TorchScript models and TensorFlow SavedModel/.h5 files alongside ONNX — no native library installs required. Execution runs via Python subprocess, so node operators with existing ML environments get full framework support out of the box. GPU VRAM is now detected automatically via nvidia-smi (CUDA) and rocm-smi (AMD ROCm), with graceful fallback on CPU-only machines. The node also switched from HTTP polling to WebSocket event subscription for instant task notification, and peer discovery now reads directly from the on-chain OARNRegistry contract instead of hardcoded bootstrap addresses.

View Releases

Blog updates now auto-post to the OARN Telegram channel (@OARNAlerts) via RSS feed. Every new entry in blog-posts.json triggers an automatic Telegram notification within the hour. Subscribe to stay updated in real time.

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OARNGovernance contract deployed to Arbitrum Sepolia. GOV token holders can now create proposals and vote on-chain. The Investor dashboard shows live proposals, voting power, and delegation. First governance proposal created as genesis demonstration.

View Governance

Anyone can now add ETH to existing research tasks to increase node rewards and attract more compute. The fundTask() function is live in TaskRegistryV2, and the Crowdfunder dashboard lets you browse and fund open research. Community-funded science, on-chain.

Fund Research

The closed-loop scientific discovery stack is now fully usable. WetLabOracle is deployed on Arbitrum Sepolia and integrated into the dashboard's Researcher view. Certified labs can submit physical experiment results on-chain; multiple lab confirmations reach consensus on reality, not just computation. SDK v0.3.0 adds getTopPredictions(), submitWetLabResult(), and getVerifiedWetLabResult().

Open Dashboard

WetLabOracle is live on Arbitrum Sepolia at 0xF8991A56cB5B9073a3eEC87E95Dfb055fdDF0094. The contract lets certified labs anchor physical experiment measurements on-chain. Multiple labs confirm each result — consensus on reality closes the OARN compute → wet lab loop. GENESIS-001 Phase 2 will be the first closed-loop drug discovery run on-chain.

View on Arbiscan

Replaced all mock data in the dashboard with live on-chain reads via viem and wagmi. Task lists, balances, and consensus status now reflect real Arbitrum Sepolia state. Write operations (claim, submit, fund) connect directly to your browser wallet.

Launch Dashboard

oarn-node v0.1.0 pre-built binaries now available for Linux x86_64, Linux ARM64, macOS Intel, macOS Apple Silicon, and Windows 64-bit. No Rust toolchain required — download and run.

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Full-featured web dashboard with 4 role-based views: Node Operator, Researcher, Crowdfunder, and Investor. Built with Next.js 14, RainbowKit wallet integration, and real-time analytics. Includes batch parameter testing for 10,000+ parallel variable combinations.

Launch Dashboard

Nodes can now execute real ONNX models instead of placeholder mode. Added local inference testing with oarn-node inference command. Tested with linear models achieving 30ms inference time.

Successfully ran a full network test with 3 local nodes on Arbitrum Sepolia. Task #4 submitted with 10 parameter combinations. All nodes achieved consensus with matching result hashes.

13-section investor pitch deck now available covering problem, solution, technology, tokenomics, traction, and investment opportunity. View it on our docs page.

First proof-of-concept for insulin synthesis optimization completed. Local pipeline tested with 10 parameter combinations. Optimal found: 60.48% yield at 37°C, pH 6.95. Ready for network-wide testing.

Submit 10,000+ parameter combinations in a single on-chain task. Nodes process in parallel using Rayon. 99.99% gas savings compared to individual task submissions.

The @oarnnetwork/sdk package is now available on npm. TypeScript/JavaScript SDK for submitting tasks, batch processing, and result aggregation. Supports both ESM and CommonJS.

Multi-node consensus, batch tasks, SDK, Docker deployment, internal security review - all completed and live on Arbitrum Sepolia.

First real research task with 1000+ nodes. Seeking biochemistry expert and alpha testers. MVP pipeline validated.