NOXY is a post-quantum Layer 1 blockchain. Every account signature uses ML-DSA (NIST FIPS 204) from genesis, not as a retrofit. Blocks target 250 ms and are final the moment they commit. The quantum-resistant testnet is open: query the RPC, claim tokens from the faucet, and fetch a cryptographic proof for any transaction. Native staking and on-chain account names are live today.
Accounts, consensus, deterministic state, and a native staking economy — coordinated by a single Rust node and secured end to end with post-quantum cryptography.
Every account is signed with ML-DSA-44, the NIST post-quantum standard. Validator blocks add a classical Ed25519 signature on top, so the chain is protected against both today’s and tomorrow’s attackers.
DAG consensus orders transactions continuously. Checkpoint certificates make blocks durably final: no forks to resolve, no probabilistic settlement.
A sparse Merkle tree over BLAKE3 paths commits every state change. Any account, balance, or transaction can be proven against a block with a compact proof served over the public RPC.
Fees, treasury, bonding, delegation, and rewards live in the protocol itself, not in a separate contract you have to trust.
Four validators run the same node code that mainnet will, with real genesis parameters and a 250 ms block target. Fees are flat on testnet; the full fee market ships before mainnet.
A Rust node and a TypeScript SDK with cross-checked encoding. Submit transactions, read blocks, events, and economics, and fetch a cryptographic proof for any transaction through one RPC surface.
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# on-chain account-name record # name: alice@veylith { owner_account: "tnxy1q9k3xv7n2...", target_account: "tnxy1q9k3xv7n2...", registered_at: 118240, expires_at: 512640, status: "active" }
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GET https://test.noxycore.io/v0/node/identity GET https://test.noxycore.io/v0/network/stats GET https://test.noxycore.io/v0/tx/{hash}/proof # all values are committed state or node build metadata { chain_id: "veylith-testnet-10", release_version: "0.1.x", protocol_version: 4 }
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# operator profile chain_id = "veylith" rpc_bind = "0.0.0.0:8080" db_path = "/var/lib/noxy" # node startup refuses mismatched genesis identity genesis = "/etc/noxy/genesis.json" validator_key_dir = "/etc/noxy/keys"
Bonding, delegation, rewards, and unbonding are part of the protocol. Validators and delegators interact with the same on-chain economy that secures every block.
The testnet’s validator set is closed today — a fixed set of operators keeps it running while we harden node rejoin and recovery. Before applications open, we’re committing to:
Don’t want to run a node? Delegate your stake to a validator and share in the rewards. Validator commission is capped by genesis parameters, and unbonding runs through an on-chain queue.
The protocol core, native economics, account-name registry, and the EVM lane are working code, with an RPC, Docker images, and documentation.
One Rust node produces and verifies blocks, commits state, emits events, and replays the chain from genesis to prove it.
A native token with fees, an on-chain treasury with executable multisig spends, validator bonds, delegation, and rewards, all in protocol.
Send to a name instead of a 64-character address. Names live in an on-chain registry with leases: register, renew, transfer, and release are protocol transactions.
An EVM execution lane built on revm runs on the testnet. Point an EVM wallet at the eth JSON-RPC facade /v0/evm with chain id 20057.
The testnet runs real genesis parameters and real validator keys. Mainnet follows once the network is proven in the open, with audits and signed releases.
Veylith closed testnet. DAG consensus with checkpoint finality, ML-DSA-44 (FIPS 204) account signatures from genesis.
Network statusPublic HTTP API, explorer, and faucet. Protocol v4. Native staking: bond, delegate, earn, unbond — live on testnet. On-chain account names. TypeScript SDK and wallet.
FaucetHardening the network for other people’s nodes and opening the closed testnet to the public. Node rejoin and recovery that survives wipes, restarts, and deep desyncs without manual help is the gate for both. Alongside: publishing the open components (SDK, wallet, ML-DSA cryptography with test vectors, wire specs). The EVM execution lane is live on the testnet with an eth JSON-RPC facade.
Further out: a compute settlement layer.
No dates on promises — only conditions. Dates appear when things ship.
Research and engineering notes from the NOXY team — post-quantum blockchains, explained.
Not yet. The testnet runs on tNOXY — a test asset with no monetary value, dripped freely from the faucet. The mainnet token launches with mainnet, and its supply and distribution principles will be published before any listing.
Real enough that NIST has standardized replacement algorithms (FIPS 204) and set a timeline of 2030 to 2035 for retiring classical cryptography. Blockchains are especially exposed: public keys and signatures live on-chain forever, so anything signed today can be attacked retroactively ("harvest now, decrypt later").
Retrofitting means migrating every account, wallet, and signer without breaking consensus. ML-DSA signatures are also roughly 35 times larger than ECDSA, which strains formats designed around small signatures. NOXY skips the migration entirely: every account signs with ML-DSA from genesis.
Get startedDelegate to a live validator, resolve your first account name, or send a transaction with the SDK. Everything you need is documented and running today.
