Miraset Chain is a Rust-based, compute-first blockchain that pays GPU operators to run verifiable AI inference. Inference executes off-chain on real hardware; jobs, balances, and rewards settle on-chain. One rule: prove capacity, prove compute, get paid.
What it is
Miraset Chain is a Rust-based, compute-first Layer-1 blockchain that connects GPU providers with AI inference consumers. Jobs run off-chain on real hardware; receipts, balances, and rewards settle on-chain. The result is a decentralized marketplace for AI compute with verifiable settlement and minimal attack surface.
The state model is object-centric, implemented in Rust, and the chain exposes only native protocol transactions — no smart contracts, no unnecessary attack surface. Consensus rewards both capacity and compute, so the network stays live and useful even when traffic is low.
How it works
PoCC rewards both capacity (keeping GPUs online) and compute (verifiable inference work, measured in tokens processed). This dual incentive keeps the network useful even when traffic is low.
capacity + compute
GPU node operators register their hardware (VRAM, GPU model, supported models), run a local inference engine, execute jobs assigned by the coordinator, and submit cryptographic receipts to earn rewards for capacity and compute.
inference consumers
AI inference consumers submit prompts, model selections, and parameters. They receive streamed responses from assigned workers and pay per-token pricing for consumed compute, settled on-chain.
MVP — evolving
An MVP scheduler that matches jobs to capable workers, monitors execution, and optionally co-signs receipts. The roadmap explicitly evolves this role toward full decentralization post-MVP.
PoCC consensus
Network validators participate in PoCC consensus, finalize blocks and epoch transitions, and distribute rewards based on verified capacity and compute contributions.
Why use it
Six core properties, designed to make GPU compute cheaper, more open, and more verifiable.
Tap into idle GPU capacity worldwide. Pay less per token for high-volume AI inference than on centralized providers.
Censorship-resistant, always-available AI inference powered by a global operator network and settled on a blockchain.
Turn idle gaming rigs and data-center GPUs into passive income by contributing verifiable capacity and compute to the network.
Data sovereignty with verifiable execution and on-chain receipt commitments — proofs of work without exposing inputs.
Democratized access to AI infrastructure for researchers, students, and open-source projects, billed per token.
Scalable AI inference without capital expenditure, billed per token and settled on chain — OpEx, not CapEx.
From individual GPU owners to enterprise teams — one chain, one settlement layer.
Reference wallet
The MIRASET Walletis the reference desktop client. It connects to the RPC, runs a worker, manages accounts, and submits inference jobs — all from the same control panel.
Architecture
Workers run real inference. The chain settles it. Receipts are hashed on-chain as ReceiptAnchor objects, signatures verify the work, and rewards are distributed at every epoch.
miraset-node
Blockchain node, PoCC consensus, settlement, RPC.
miraset-core
State types, signatures, hashing, serialization.
miraset-worker
Inference runtime, Ollama backend, job execution.
MIRASET Wallet
Reference desktop client: accounts, jobs, monitoring.
Roadmap
MVP is live. The path to a fully decentralized scheduler and hardened mainnet is open and tracked publicly on GitHub.
MVP chain & worker
Rust node, object-centric state, basic PoCC, mock inference fallback.
Reference wallet
Desktop wallet: accounts, RPC config, worker control, job submission.
End-to-end marketplace
Full job marketplace settlement with epoch batching and dispute flows.
Hardened verifiability
Canonical receipt serialization, challenge flows, deterministic hashing.
Decentralized scheduler
Evolve from the permissioned coordinator toward full decentralization.
Mainnet hardening
Harden native asset, job, and settlement flows before public launch.
FAQ
Quick answers to the most common questions about Miraset Chain, the PoCC consensus mechanism, and the reference wallet.
For partnership, integration, validator questions, or anything that does not fit a GitHub issue, reach the Miraset team directly. Bug reports and feature requests stay on the issue tracker.
Explore the code, file issues, propose features, or run your own node. Miraset is open source and welcomes contributors.
