Quantum NetworkAn experimental blockchain designed by one person and built with AI assistance

No funding. No team. No corporate backing. The architecture and every protocol decision are one person's; the code is written with AI tools under that direction — to prove that a single developer can build a quantum-resistant blockchain that challenges the entire industry.

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ACTIVE NODES

Live data

13k

TRANSFERS/SEC

measured E2E · 40-80k on validator hardware

221

REWARD EPOCH

Next: 4,639 blocks (~1h 17m)

55,315,114.80

QNC SUPPLY

Circulating / Max: 4.29B

Revolutionary Features

Post-Quantum Cryptography

ML-DSA-65 (NIST FIPS 204) signatures on every transaction and consensus message, ML-KEM-768 (FIPS 203) key exchange between nodes. NIST-standardised algorithms against quantum computing threats.

13,000 Transfers/sec Measured

13,000 finalized transfers per second measured end-to-end on a 5-node testnet with 1-second blocks and post-quantum signatures. Validator-grade hardware projects to 40-80k.

Pool #3

In Phase 2 the QNC spent on activation goes to Pool #3, which is shared among all active nodes. None of it goes to the publisher.

REP

Reputation-Based Security

No token locking, no slashing of funds. A node that signs two conflicting blocks is proven on chain and excluded from consensus; everyone else keeps full liquidity and an equal say.

📱

Mobile-First Design

A phone runs a light node by signing a periodic status request — nothing is computed, and battery use is that of a messaging app. Keys live in the hardware-backed keystore on iOS and Android.

100%

Radical Transparency

Every line of code is public on GitHub: the wallet apps and the explorer under Apache-2.0, the node under the Business Source License 1.1. Verifiable builds ensure the live version matches public code.

Mobile-First Blockchain

A blockchain designed for phones: participation is a signed answer, not computation

Presence, Not Computation

A light node answers a signed status request from the network a few times per four-hour epoch. Between requests the app only sends one signed attestation per epoch; nothing is computed, the device stays cool and the battery barely notices.

iOS

Keys in the Keychain, Face ID or Touch ID unlock, silent push wake-ups for status requests. App Store listing in preparation.

Android

Keys in the Android Keystore, biometric unlock, background wake-ups that survive Doze. Google Play listing in preparation.

Hardware-Backed Security

iOS Keychain & Android Keystore integration. Post-quantum keys stored in secure hardware enclaves.

Rewards for Answering

Each epoch's answers are recorded on chain. That epoch's emission is shared by the nodes that answered — three quarters among light nodes, one quarter among super nodes — and claimed from the app.

11 Languages Supported

Full localization for global accessibility. Multi-language wallet interface with cultural adaptations.

Economic Model V2 - Sharp Drop Halving

Revolutionary two-phase system with Pool #3 activation benefits

Phase 1: 1DEV Burn (Current)

1DEV tokens are BURNED on Solana for node activation. 1,500 1DEV burn for any node type; the amount decreases as the supply burns. The tokens are destroyed and nobody receives them. Transition at 90% burned OR 5 years.

Phase 2: QNC to Pool #3 (Future)

Activation spends QNC, which goes to Pool #3 and is redistributed to all active nodes. The amount scales with network size; the exact schedule is set before Phase 2 opens.

Sharp Drop Halving Innovation

Years 0-20: Standard ÷2 every 4 years | Years 20-24: Sharp drop ÷10 | Years 24+: Resume from low base. Saves 107M QNC!

Activation Amount by Network Size

Network size multipliers: 0-100K nodes 0.5x, 100K-300K 1.0x, 300K-1M 2.0x, 1M+ 3.0x. Every Phase 2 activation goes to Pool #3.

Two Reward Pools

1. Base emission on the halving schedule, split each epoch among the nodes that answered | 2. Pool #3, fed by Phase 2 activations and shared by all active nodes. Transaction fees go to the block producer.

Post-Quantum Throughout

Signatures: ML-DSA-65 only — for wallets, nodes and consensus alike. Transport between nodes: TLS 1.3 over QUIC with hybrid X25519 + ML-KEM-768 key exchange, authenticated with ML-DSA-65.

Equivocation Is Final

No token locking. Producers and committees are drawn by verifiable randomness from all eligible nodes; a signed proof of double-signing, recorded on chain, removes the offender from every future draw.

Rate Limiting

Per-address limits by request class — 100 transactions and 300 reads a minute, 5 activations an hour — and a bounded pool for signature verification, so a flood of requests cannot starve consensus.

Phase 1 on Solana

Activation burns 1DEV, an SPL token, on Solana; QNet nodes verify the burn transaction themselves. No bridge and no wrapped assets — Phase 2 moves activation to native QNC.