MLKEMAPI: Incapsulamento Chiavi Post-Quantistico per Sviluppatori, Endpoint gRPC e SDK

MLKEMAPI offre librerie per sviluppatori zero-copy accelerate via SIMD e API di microservizi REST/gRPC che rendono immediata l'integrazione del meccanismo di incapsulamento delle chiavi NIST FIPS 203 su stack cloud ed embedded.

MLKEMAPI System Architecture

Core cryptographic topology and protocol interaction of mlkemapi.com

Central System: API Gateway Core - Zero-Copy SIMD

Cryptographic Nodes

  • Rust SDK
  • Go Bindings
  • gRPC Service
  • AVX-512 Kernels
  • Wasm Client

Architectural Layers & Protocols

  • Vectorized Assembly Kernel (AVX2, AVX-512, ARM Neon & SVE2 Assembly Routines): Executing NTT and pointwise polynomial multiplication in minimum CPU cycles
  • Memory-Safe Language Bindings (Rust (no_std friendly), Go (CGo-free pure assembly), C++20): Providing zero-copy abstractions and automatic zeroization on Drop
  • High-Throughput Microservice Interconnect (gRPC with Protobuf v3 & REST JSON Endpoints): Delegating key encapsulation and decapsulation to high-speed internal cryptographic clusters
  • WebAssembly & Client-Side SDK (Wasm compiled with SIMD128 instructions): Enabling end-to-end post-quantum encryption directly inside web browsers and mobile apps

Key Metrics: 28 µs (P99 Encapsulation Time) | Zero-Alloc (Rust Memory Profile) | 100k+ rps (Throughput per Node) | gRPC / REST (Supported Protocols)

Rendere la crittografia resistente al quantistico accessibile a ogni sviluppatore

Complex lattice algebra should not prevent engineers from securing their applications. MLKEMAPI abstracts polynomial vectors behind clean, idiomatic SDK interfaces for Rust, Go, Python, Java, and C/C++.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications