C2Q
Classic-to-Quantum Blockchain
Revolutionary hybrid architecture bridging classical and quantum computing blockchains with quantum-secured mining, AI integration, and post-quantum cryptography for the enterprise.
Quantum
Bell1 Mining
DWave
Quantum Blockchain
AI Layer
Resource Contribution
PQC
Post-Quantum Crypto
The Quantum Challenge
Current blockchain systems face imminent threats from quantum computing and lack integration with emerging quantum technologies.
Quantum Vulnerability
Classical cryptography vulnerable to quantum attacks (Shor's algorithm).
No Quantum Integration
Inability to leverage quantum computing advantages.
Limited AI Capabilities
No framework for distributed AI processing.
Interoperability Gaps
Classical and quantum systems operate in isolation.
Post-Quantum Security
NIST-approved post-quantum cryptographic algorithms.
Quantum Mining
Equal1 Bell1 quantum computers mining on DWave blockchain.
AI Resource Layer
Distributed AI processing leveraging quantum and classical compute.
Hybrid Interoperability
Seamless bridge between classical and quantum blockchains.
C2Q Architecture
A comprehensive hybrid framework integrating classical blockchains with quantum computing infrastructure.
Core Components
Classical Blockchain Layer
Existing enterprise blockchains protected with post-quantum cryptography (PQC).
C2Q API Bridge
RESTful API enabling seamless communication between classical and quantum layers.
DWave Quantum Blockchain
Quantum annealing-based blockchain with Proof of Quantum Work (PoQW) consensus.
Equal1 Bell1 Mining
6-qubit gate-based quantum computers performing quantum mining operations.
AI Resource Layer
Distributed AI processing utilizing both quantum and classical computational resources.
Key Features
Revolutionary capabilities enabled by hybrid quantum-classical architecture.
NIST Approved Algorithms
Implementation of NIST-standardized post-quantum cryptographic algorithms resistant to quantum attacks.
Migration Strategy
Seamless transition path from classical to post-quantum cryptography for existing systems.
Gate-Based Quantum Computing
6-qubit Equal1 Bell1 quantum computers performing quantum mining on DWave blockchain.
Proof of Quantum Work
Novel consensus mechanism leveraging quantum annealing for verifiable quantum computation.
| Feature | Classical Blockchain | C2Q Architecture | Benefits |
|---|---|---|---|
| Cryptography | RSA/ECC (vulnerable) | Post-Quantum (NIST) | Quantum-resistant security |
| Mining | Classical PoW/PoS | Quantum PoQW + Bell1 | Quantum advantage, efficiency |
| AI Integration | Limited/None | Native AI resource layer | Distributed AI processing |
| Interoperability | Cross-chain bridges | Native C2Q API bridge | Seamless quantum-classical |
| Future-Proofing | Quantum vulnerable | Quantum-ready architecture | Long-term viability |
Enterprise Applications
C2Q enables quantum-secured blockchain applications across industries.
Post-quantum cryptography protects financial transactions and sensitive data from future quantum attacks.
- • Quantum-resistant payment systems
- • Secure digital asset custody
- • Protected smart contracts
- • Regulatory compliance (PQC)
Hybrid quantum-classical verification ensures supply chain integrity with quantum computational advantages.
- • Quantum-verified provenance
- • AI-powered optimization
- • Secure multi-party logistics
- • Real-time quantum analytics
Post-quantum encryption safeguards sensitive medical records and enables secure AI-powered diagnostics.
- • PQC-encrypted medical records
- • Quantum-secure telemedicine
- • AI diagnostic integration
- • Research data sharing
Quantum-resistant infrastructure for critical government operations and sensitive communications.
- • Secure communications
- • Digital identity (PQC)
- • Classified data protection
- • Critical infrastructure
Quantum-secured communication networks with hybrid classical-quantum key exchange protocols.
- • Quantum key distribution
- • 5G/6G security
- • Network encryption (PQC)
- • Secure IoT integration
Platform for quantum algorithm development and testing with real quantum hardware integration.
- • Quantum algorithm testing
- • Hybrid computing research
- • AI model training
- • Academic collaboration
Development Roadmap
Strategic implementation phases for C2Q deployment.
- • C2Q API design
- • PQC implementation
- • Bell1 integration
- • DWave connection
- • PoQW consensus
- • Quantum mining
- • Bridge protocols
- • Testing framework
- • AI resource layer
- • Distributed AI
- • Model marketplace
- • Quantum ML
- • Mainnet launch
- • Enterprise onboarding
- • Multi-chain support
- • Ecosystem growth
Research Team
Leading experts in quantum computing, blockchain, and enterprise technology.
Robert Mourey Jr.
Founder & Chief Architect
Expert in distributed systems and quantum computing with 15+ years of enterprise experience in blockchain architecture.
Cody Clark
Co-Founder & Business Development
Fintech and enterprise sales expert with 10+ years driving blockchain adoption in Fortune 500 companies.