DTQPE System
Dynamic Transcendent Quantum Proof Encryption - A revolutionary 20-level security system that automatically adapts to quantum threats in real-time.
The Quantum Problem
Traditional blockchains use static cryptography. When quantum computers become powerful enough, all existing signatures become vulnerable simultaneously. Static post-quantum solutions are bloated and inefficient. DTQPE solves this by using only the protection level needed at any given moment, while automatically upgrading when threats increase.
20 Security Levels
Micropayments, frequent small transactions, hot wallet operations
Daily transactions, medium-value transfers, active wallets
Significant holdings, long-term storage, institutional accounts
Maximum security, future-proof storage, critical infrastructure
Hierarchical Wallet Architecture
Hierarchical Key Structure
64KB parent key generates child wallets at any security level. Single backup protects all addresses.
Automatic Migration
When quantum threats increase, funds automatically migrate to higher security levels without user intervention.
Multi-Level Addresses
Address format: QC + security level + hash. Example: QC7_3F8K9Mn2pQ4rT6vX8yB1cD5e
Recovery Paths
Multiple recovery options including parent wallet return, time-locked recovery, and social recovery.
Automatic Migration System
Threat Detection
LQCp/h Oracle continuously monitors quantum computing advances and calculates threat levels.
Migration Trigger
When threat level exceeds security margin, protocol initiates automatic fund migration.
Seamless Upgrade
Funds move to higher security addresses. Protocol subsidizes migration costs for critical moves.