Quantum computers will break the cryptography protecting today's blockchains. Quantum Resistant Chain is built from genesis on NIST-standardized post-quantum cryptography — securing your assets, your tokens, and entire blockchains for the quantum era.
Bitcoin, Ethereum and virtually every major chain rely on elliptic-curve cryptography (ECDSA). A sufficiently powerful quantum computer running Shor's algorithm breaks it — exposing every wallet and every signature.
Quantum computers solve the discrete-logarithm problem exponentially faster than classical machines, rendering ECDSA and RSA signatures forgeable.
Adversaries are already recording encrypted traffic and public keys today, waiting for quantum hardware to unlock them tomorrow. Exposure starts now.
Over $2 trillion in digital assets sit behind cryptography with a known quantum kill-switch. Migration after the breach will be too late.
NIST has already mandated the transition. U.S. federal agencies must migrate to post-quantum cryptography, with legacy algorithms deprecated by 2030 and disallowed by 2035. Quantum Resistant Chain is quantum-safe from block zero — no migration needed, ever.
Quantum Resistant Chain leverages Crystals-Dilithium (ML-DSA, FIPS 204) — lattice-based digital signatures standardized by NIST. Lattice problems create a mathematical grid so complex that no computer, classical or quantum, can solve it.
Every transaction, every block, every validator vote is signed with Dilithium Level 3 — the highest practical standard of quantum-resistance compliance.
Every key, every signature, every validator vote is pure Crystals-Dilithium. No ECDSA, no Ed25519, no legacy cryptography anywhere in the protocol.
Not just wallets — consensus, peer-to-peer transport, and the token standard itself are built on post-quantum primitives from genesis.
# Quantum Resistant Chain — consensus parameters chain_id: "qrc-mainnet-1" native_token: "QRC" total_supply: 2_100_000_000 # fully premined, 0% inflation signature_scheme: algorithm: "ML-DSA-65" # FIPS 204 / Dilithium L3 classical_fallback: none # 100% post-quantum hash: "SHA3-256" consensus: engine: "cometbft-pos" # BFT, instant finality block_time: 1s fee_share_min: 100_000 QRC # stake to earn fees fees: send_qrc: 0.01 QRC send_token: 0.02 QRC # 100% paid to stakers token_factory: enabled: true # anyone can mint PQ-safe tokens standard: "QRC-20"
QRC powers the entire network — transfers, staking, governance, and the token factory. The full supply of 2.1 billion QRC is minted at genesis: no block rewards, no emissions, zero inflation — ever. Validators earn from real network fees, not money printing.
Every transaction fee on the network — every QRC transfer, every token transfer — is distributed to stakers, proportional to their stake. To qualify for fee share, a validator or staker must bond a minimum of 100,000 QRC. Staking is fully passive and non-custodial — your coins never leave your wallet.
You don't need to be a cryptographer. Launch on Quantum Resistant Chain and inherit NIST-grade post-quantum security automatically.
Anyone can mint a token on Quantum Resistant Chain using the QRC-20 standard. Every token issued inherits ML-DSA post-quantum signatures out of the box.
Already running a chain or token elsewhere? Issue a mirrored asset on Quantum Resistant Chain and shield your ecosystem — without rebuilding your cryptography from scratch.
Quantum Resistant Chain is a Layer 1 Proof-of-Stake blockchain built from genesis on NIST-standardized post-quantum cryptography (FIPS 204, ML-DSA / Crystals-Dilithium). Its native token is Quantum Resistant Coin (QRC), used for gas, staking, and governance.
Most blockchains secure funds with elliptic-curve signatures (ECDSA). A large-scale quantum computer running Shor's algorithm can derive private keys from public keys, allowing attackers to forge signatures and drain wallets. Post-quantum lattice cryptography is not vulnerable to any known quantum attack.
The U.S. National Institute of Standards and Technology ran a multi-year global competition to select quantum-safe algorithms. Crystals-Dilithium won for digital signatures and was finalized as FIPS 204 (ML-DSA) in 2024. It is the benchmark governments and enterprises are mandated to adopt.
The QRC Token Factory lets anyone deploy a QRC-20 token in minutes — choose a name, symbol and supply, then deploy with one click. No coding required. Every token automatically inherits the chain's post-quantum signature security.
Yes. Existing projects can issue a mirrored version of their token on Quantum Resistant Chain, or bridge assets over. Holders migrate at their own pace, and the project gains post-quantum protection without redesigning its own cryptography.
QRC uses BFT Proof-of-Stake (CometBFT). Stake at least 100,000 QRC and you earn a share of every transaction fee on the network — 0.01 QRC per native transfer and 0.02 QRC per token transfer — proportional to your stake. There is no inflation: rewards come entirely from real network usage. Staking is passive and non-custodial — your coins never leave your wallet.
The quantum threat is not a question of if — only when. Build, launch, and migrate on the chain that's ready before the breach.