DIBLE — Device-bound Post-Quantum Encryption

DIBLE (Hierarchical Chaos Device Identity-Based Lattice Encryption) is a PORTAL VII cryptographic suite combining lattice-based post-quantum primitives with chaos-theoretic entropy to provide device-bound, high-assurance encryption and homomorphic capabilities.

Key Features

  • Quantum-resistant lattice cryptography (256-bit security level)
  • Device identity binding for hardware-tied encryption
  • Homomorphic operations for compute-on-encrypted-data
  • Chaos-theory-backed entropy and multi-dimensional randomness
  • CLI, integration library, and optional VS Code tooling

Use Cases

DIBLE is designed for enterprise data protection, secure communications, cloud-safe homomorphic workflows, IoT device security, and blockchain integrations where post-quantum resistance and device-binding provide strong guarantees.

Get the Code

Explore the full project, documentation, and quick-start instructions on GitHub.

View DIBLE on GitHub
This page is a summary generated from the DIBLE repository README and intended to provide an overview. For implementation details, tests, benchmarks and integration instructions please visit the project repository.