MCP Platform

The Quantum‑Safe MCP Platform is a deployment and orchestration layer for Model Context Protocol (MCP) Servers. It gives developers and enterprises a turnkey environment where machine‑learning models—or any deterministic code—run inside post‑quantum‑encrypted enclaves, emit verifiable outputs, and interoperate with multiple blockchains without exposing data or intellectual property.

The diagram traces the life‑cycle of creating a quantum‑proof MCP server. A client request travels through the MCP Console to the Provisioning Service, which spins up a hardware enclave, assigns post‑quantum certificates, and returns an endpoint plus API keys. The PQ Attestation Service then validates the enclave and anchors a Merkle‑root audit hash on‑chain, giving the user an immediately verifiable, cross‑chain‑ready compu

Why Use It?

• Model IP theft & prompt extraction → Models exist only inside sealed enclaves; weights never leave hardware‑protected memory.

• Future quantum decryption → Every handshake, session key, and ledger signature employs NIST‑approved quantum‑resistant algorithms.

• Cross‑chain provenance → A Merkle‑chained audit log is anchored to more than one blockchain, giving immutable, multi‑ledger proof.

• Compliance & audit fatigue → Deterministic traces plus signed attestation bundles satisfy SOC 2, ISO‑27001, HIPAA, MiCA, and similar regimes.

Key Components

• MCP Console – Web and CLI tools for uploading model bundles, defining policy manifests, and monitoring enclave health.

• Enclave Runtime – SGX or SEV‑SNP hardware Trusted Execution Environment that loads sealed model contexts and handles requests.

• Post‑Quantum Attestation Service – Issues Kyber‑TLS certificates, validates SPHINCS+ signatures, and rotates keys on demand.

• Policy Engine – WASM or JSON rule sets that inspect every input and output, blocking data leakage and injection attacks.

• Audit Ledger – Paired smart contracts (Ethereum and Solana by default) that store Merkle roots for every call graph.

Security Model

• Transport secured by Kyber‑TLS 1.3 with forward‑secret session keys.

• Enclave sealing keys are derived from device‑unique fuses and a post‑quantum KDF; keys are revoked automatically if microcode changes.

• Zero‑trust policy enforcement—nothing leaves an enclave until the policy engine allows it.

• Every syscall is hashed; Merkle roots commit to two chains in fifteen seconds or fewer.

• Denial‑of‑service protection uses proof‑of‑work tokens or strict rate‑limit buckets before dispatching to enclaves.

Deployment Modes

• Single‑Tenant Node – Air‑gapped or HSM‑backed installations for regulated environments.

• Kubernetes Operator – Helm‑based deployment with autoscaling, service mesh, and Prometheus metrics for SaaS or internal AI hubs.

• Edge Appliance – ARM64 single‑board computer with TPM for on‑prem or 5G base‑station inference.