The Ethereum Backup Plan
A quantum-safe, modular, and interoperable Layer‑1 blockchain for the post‑quantum era.
The Quantum Threat
Quantum computers will break RSA and ECC within 10–15 years. Ethereum's PQC roadmap is complex and slow. The time to act is now.
Quantum Computing
Advances in quantum computing are accelerating. Current cryptographic standards will be obsolete within a decade.
Ethereum's Delay
Ethereum's PQC roadmap requires multiple hard forks and years of transition. DeFi and treasuries remain exposed.
Exposure Risk
Billions in assets are at risk. Institutions and projects need a quantum-safe solution today, not in 5 years.
Our Solution
Quantum Imperium is a Layer‑1 blockchain designed to be quantum‑safe by default.
PQC Integrated
Kyber512 (KEM) + Dilithium2 (Signatures) — NIST finalized standards, implemented via liboqs.
QPoS Consensus
Quantum Proof-of-Stake with Dilithium signatures. Validators are Guardians, staking 1000+ QBTC.
Quantum VM
Native PQC opcodes for signature verification. Smart contracts are quantum-safe by default.
Ethereum Bridge
Multi‑sig Guardian bridge for secure asset transfers between Ethereum and Quantum Imperium.
IPFS + Tor
Decentralized storage and anonymous networking for resilience and privacy.
Modularity
Every component (PQC, consensus, VM) can be upgraded via configuration. Future‑proof by design.
Roadmap
From prototype to mainnet — step by step.
Working Prototype
Core blockchain, API, Web UI
✅ Completed Q1 2026Public Testnet
Quantum Game, Guardian onboarding
🔄 Q2 2026Ethereum Bridge
Audit, multi‑sig Guardian bridge
📅 Q3 2026Mainnet + DAO
On‑chain governance, tokenomics
📅 Q4 2026🚀 Join the Testnet
Be among the first to participate in a quantum‑safe blockchain.
git clone ...
pip install -r
python3 main.py