This project provides a secure client for interacting with Quantum-Safe MCPs, supporting PQC algorithms, key management, and encrypted communication protocols based on Kyber and SPHINCS+ standards.
Added on:
Created by:
May 10 2025
This project provides a secure client for interacting with Quantum-Safe MCPs, supporting PQC algorithms, key management, and encrypted communication protocols based on Kyber and SPHINCS+ standards.
Added on:
Created by:
May 10 2025
QU3 AI
Featured
What is Quantum-proof MCP Server and Client Interactions?
The qu3-app is a comprehensive client-side application designed to facilitate secure interactions with Quantum-Safe Multi-Compute Provider (MCP) environments. It employs advanced post-quantum cryptography algorithms such as Kyber-768 for key encapsulation and SPHINCS+ for digital signatures to ensure data integrity, authentication, and confidentiality. The app manages cryptographic keys, establishes secure sessions through a KEM handshake, and encrypts requests and responses using AES-256-GCM. It also verifies server attestations and signs requests for client authentication. The system includes a mock server for testing, supporting functionalities like inference, policy updates, and key distribution in a quantum-resistant manner.
Who will use Quantum-proof MCP Server and Client Interactions?
- Developers implementing quantum-safe MCP interactions
- Researchers testing post-quantum cryptographic protocols
- Security specialists implementing secure AI/ML applications in MCP environments
- Organizations needing quantum-resistant data encryption
- DevOps teams managing secure cloud-based MCP systems
How to use the Quantum-proof MCP Server and Client Interactions?
- Step 1: Clone the repository and set up a virtual environment
- Step 2: Install dependencies via pip
- Step 3: Generate client keys using 'generate-keys' command
- Step 4: Run the mock server with 'scripts.mock_mcp_server' or ensure the real MCP server is operational
- Step 5: Fetch server keys automatically or manually
- Step 6: Execute inference requests using 'run-inference', optionally chaining multiple models with 'run-agent'
- Step 7: Update server policies with 'update-policy' command and a policy file
- Step 8: Monitor responses and verify cryptographic signatures and encryption for security compliance
Quantum-proof MCP Server and Client Interactions's Core Features & Benefits
The Core Features
- Generate and load PQC key pairs (Kyber and SPHINCS+)
- Establish secure sessions via KEM handshake
- Encrypt/decrypt requests and responses with AES-256-GCM
- Sign requests and verify server attestations using PQC signature
- Fetch and store server public keys automatically
- Support CLI commands for inference, agent workflows, and policy updates
- Include a mock server for testing and development
The Benefits
- Provides quantum-resistant security for data in transit
- Automates key management and secure session establishment
- Supports advanced cryptographic protocols
- Enables testing with a mock server
- Flexible CLI for various MCP interactions
- Ensures data integrity and authenticity with PQC signatures
Quantum-proof MCP Server and Client Interactions's Main Use Cases & Applications
- Implementing quantum-safe AI inference services
- Secure data exchange in sensitive MCP environments
- Developing and testing post-quantum cryptographic protocols
- Building resilient cloud-based MCP infrastructures with quantum resistance
- Research and experimentation with PQC algorithms
FAQs of Quantum-proof MCP Server and Client Interactions
Developer
- qu3ai
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