The Blockchain Secured by Post-Quantum Cryptography
EVM-compatible. Sub-second finality. Infrastructure for the post-quantum era.
Using lattice-based PQ cryptography standardized by:
Backed by
Quantum Computing Changes Everything
Every blockchain alive today relies on encryption that quantum computers will break.
[ A Threat for the Entire Crypto Industry ]
The Quantum Clock is Ticking
Current classical cryptography will be broken by quantum computers on “Q-Day”. State actors are already storing encrypted data to decrypt it later. The question isn’t if, it’s when.
2024
Google Willow: 105 Qubits, below-threshold error correction
2025
PsiQuantum: Series E and total funding of $2 Billion to build world’s largest Photonic Quantum Computer
2026
U.S. federal agencies directed to procure only PQC-capable products in categories where quantum-resistant options are widely available
2028–2035
Experts predict Q-Day within this timeframe
2030
NIST mandates total deprecation of RSA/ECDSA
Quantum is purpose-built to be quantum-secure from Day One
NIST-standard post-quantum cryptography from genesis. Secure against both classical and quantum attacks, with no migration required.
Post-Quantum Cryptography
NIST-standard, future-proof, and ready for a quantum world.
PQ Cryptography
Quantum-safe from genesis
Quantum secure lattice-based signatures. Falcon & ML-DSA baked in from block zero. No migration, no retrofitting.
NIST Standards
Standards compliant
NIST certified FIPS 203/204/205. Full compliance with federally mandated post-quantum cryptography standards.
PQ Agile
Modular cryptography that evolves
Future-proof crypto-agile architecture. Modular cryptographic layer designed to evolve as new threats and standards emerge.
PQ Native
No legacy encryption debt
Zero legacy risk. No migration needed. Unlike legacy chains facing years of costly transitions, Quantum is post-quantum native.
Quantum Tokenization
Mint, stake, wrap and trade tokens with cryptographic guarantees no quantum computer can break.
qSOL 
qUSDT 
qETH 
qBTC Build Quantum-Secure dApps
Write in Solidity. Build with familiar tools. Deploy on the post-quantum chain.
Fully compatible
EVM Compatible
Write and test smart contracts in Solidity on Quantum EVM. Full development support out of the box.
Sub-second
Instant Finality
Sub-second transaction finality for high-throughput applications.
Tooling
Developer Ecosystem
Post-quantum signing tools provided for native deployment and transaction broadcasting.
Secured by default
Quantum-Secure dApps
Every contract, every transaction, every signature is post-quantum protected.
[ Coming Soon ]
Quantum Circuit Network
Access global quantum hardware through on-chain circuit submission, verified execution, and stake-weighted incentives.
For Quantum Researchers
Submit circuits on-chain and access IBM, IonQ, and Rigetti hardware without enterprise contracts.
For Algorithm Developers
Deploy and benchmark quantum algorithms across multiple backends with verifiable results.
For Pharma & Life Sciences
Run molecular simulations on real quantum hardware with cryptographically secured outputs.
For Financial Institutions
Run optimization circuits with stake-weighted priority and on-chain settlement.
For Hardware Providers
Stake tokens to register quantum devices and earn emissions for verified circuit execution.
For Simulation Validators
Contribute classical compute for high-fidelity simulation and participate in network validation.
As quantum computers scale, every other chain becomes vulnerable.
Quantum becomes inevitable.
The Quantum Ecosystem
Deploy EVM dApps and tokens secured by post-quantum cryptography on the Quantum Testnet. Start building on the only chain designed for the quantum era.