Future Development Plan of the SORA Project
Phase 1: Proof-of-Concept (Currently in Progress)
Continuous Evaluation of Quantum Resistance Using Actual Quantum Computers
- Analyzing the limitations of existing quantum-resistant PoW algorithms
- Conducting mining simulations using actual quantum computers
- Analyzing state vectors to identify the risk of a 100% attack
Analysis and Countermeasures for PoW Quantum Mining Algorithms
- Designing new techniques to close quantum computation loopholes
- Enhancing quantum resistance while maintaining mining decentralization
Design of Enhanced Quantum-Resistant Protocols
- Implementing quantum hardening techniques
- Defining the scope of application for the smart contract layer
Optimization for Real Quantum Computers
- Developing algorithms optimized for the characteristics of actual quantum computers
- Conducting high-precision verification utilizing state vectors exceeding 50 qubits
- Analyzing quantum behavior that can only be verified using real quantum hardware and formulating countermeasures
Phase 2: Implementation and Optimization (Next 6 Months)
Integration of Quantum-Resistant Algorithms into the SORA Mainnet
- Incorporating a new PoW algorithm and adjusting its parameters
- Introducing a new hash structure to mitigate quantum attacks
Application of Quantum-Resistant Enhancements to the PoW Algorithm
- Determining whether to implement a hard fork or soft fork based on real-world resistance verification results
- Applying a consensus mechanism designed for quantum resistance
Expansion of Quantum Resistance in Smart Contracts
- Researching consensus mechanisms that are less susceptible to quantum computing influence
- Incorporating key management methods to prevent quantum attacks
Addition of Post-Quantum Cryptographic Mechanisms
- Hash-based quantum-resistant mechanisms already implemented in L1 and L2
- Capable of supporting up to 128 different resistance algorithms
- Rapid integration of new quantum-resistant technologies into multi-signature structures as they emerge
Phase 3: Deployment and Refinement (Within 1 Year)
Large-Scale Real-World Testing
- Monitoring the implementation status of quantum-resistant PoW algorithms
- Conducting operational tests for quantum-resistant transactions in collaboration with exchanges
Continuous Updates for New Quantum Attack Methods
- Ongoing risk analysis in response to advances in quantum computing
- Development of dynamically adaptive defense mechanisms
Global Expansion and Strengthening of Partnerships
- Collaboration with quantum computing development firms
- Joint promotion of quantum-resistant cryptographic projects with research institutions
- Contribution to the industry standardization of quantum-resistant blockchain technologies
Through these phases, SORA aims to establish a robust cryptocurrency platform that is fully adaptable to the quantum era. It is imperative to implement reliable countermeasures before the threat of quantum computing becomes a reality, ensuring the next generation of blockchain technology is secure and future-proof.