Production-grade cross-chain infrastructure secured by Dilithium Mode-3, ZK-STARK proofs, and deterministic timelock enforcement.
VRF-based slot selection with canonical byte encoding. Every block and attestation is post-quantum hardened using NIST-approved lattice cryptography.
Byzantine fault-tolerant attestation system. Each validator submits Dilithium signatures directly to beacon state via /api/v1/bridge/attest.
Real Rust backend producing ~9.9 KB proofs per epoch. Go ↔ Rust FFI verified with byte-perfect commitment matching (Keccak-256 hashing).
Deterministic delay enforcement from 5 minutes to 24 hours. Once proof verified, timelock starts automatically and transitions to READY when expired.
READY BIDs automatically unlock QWETH minting through pre-defined flows. Wraps legacy assets in PQC-only vaults: Dilithium + STARK + Timelock layers.
Complete separation of concerns: Validators propose, Beacon validates consensus, Execution processes state. Dual API access allows validators to query both layers.
Multi-node synchronization with DHT peer discovery, GossipSub block propagation, and mDNS for local networks. Quantum-safe validation at every hop.
WebAssembly contract execution with quantum-safe host functions. Deploy contracts in Rust, Go, C++, or AssemblyScript with 5 quantum-safe host functions.
Professional CLI wallet with JSON-RPC 2.0 API. Ethereum-style hex format, sequential nonce, and 8 qw_* methods for Web3 integration.
Production-grade observability with 14-graph Grafana dashboard, 18 custom Prometheus metrics, and real-time explorer API for network statistics.
| Feature | QuantumWing | Ethereum | Bitcoin | Solana | Polygon |
|---|---|---|---|---|---|
| Signature Algorithm | ✓ Dilithium Mode 3 (PQC) | ✗ ECDSA/BLS (quantum-vulnerable) | ✗ ECDSA (quantum-vulnerable) | ✗ Ed25519 (quantum-vulnerable) | ✗ ECDSA (quantum-vulnerable) |
| Quantum Resistance | ✓ NIST PQC Level 3 (192-bit) | ✗ None (Shor's breaks ECDSA) | ✗ None (Shor's breaks ECDSA) | ✗ None (Shor's breaks Ed25519) | ✗ None (inherits Ethereum) |
| Consensus Mechanism | ✓ PoR (VRF + RANDAO) | ✓ PoS (Casper FFG) | ✓ PoW (SHA-256) | ✓ PoH + PoS | ✓ PoS (Ethereum fork) |
| Block Time | ✓ 12 seconds | ✓ 12 seconds | ✗ ~10 minutes | ✓ 400ms | ✓ 2 seconds |
| Finality | ✓ BFT ~12.8 min | ✓ ~12.8 min | ✗ Probabilistic (6+ blocks) | ✓ ~13 seconds | ✓ ~2-3 min |
| Smart Contracts | ✓ WASM (multi-language) | ✓ EVM (Solidity/Vyper) | ✗ Limited (Script) | ✓ Rust (eBPF) | ✓ EVM (Solidity) |
| Transaction Throughput | ✓ 2,000 TPS (verified) | ✗ ~30 TPS (L1) | ✗ ~7 TPS | ✓ 65,000 TPS (theoretical) | ✓ ~7,200 TPS |
| Cross-Chain Bridge | ✓ PQC + ZK-STARK + Timelock | ✗ External bridges (ECDSA) | ✗ External bridges | ✗ Wormhole (ECDSA) | ✓ Plasma bridge (ECDSA) |
| Bridge Security | ✓ 7-of-10 Dilithium multisig | ✗ Varies (ECDSA multisig) | ✗ N/A | ✗ 13-of-19 ECDSA | ✗ ECDSA multisig |
| ZK Proof System | ✓ STARK (transparent) | ✗ None (L2 only) | ✗ None | ✗ None (L1) | ✓ zkEVM (L2) |
| Timelock Protection | ✓ Amount + risk tiers (5m-24h) | ✗ Manual (smart contracts) | ✓ CheckLockTimeVerify | ✗ Manual | ✗ Manual |
| Address Format | ✓ EVM (0x, 20 bytes) | ✓ EVM (0x, 20 bytes) | ✓ Base58 (P2PKH/P2SH) | ✓ Base58 (32 bytes) | ✓ EVM (0x, 20 bytes) |
| Energy Efficiency | ✓ PoR (PoS-based, low energy) | ✓ PoS (low energy) | ✗ PoW (high energy) | ✓ PoH + PoS (low) | ✓ PoS (low energy) |
| Launch Year | ✓ 2025 (quantum-ready) | ✓ 2015 (pre-quantum) | ✓ 2009 (pre-quantum) | ✓ 2020 (pre-quantum) | ✓ 2017 (pre-quantum) |
| Quantum Threat Timeline | ✓ Protected today | ✗ Vulnerable by 2030-2035 | ✗ Vulnerable by 2030-2035 | ✗ Vulnerable by 2030-2035 | ✗ Vulnerable by 2030-2035 |