Reference Implementations

Each service is a reference implementation showing how to migrate a real-world use case to quantum-safe cryptography. Test the APIs, study the migration reference, and adapt the patterns to your own services.

Interactive PQC Operations

Sign, verify, and exchange keys with ML-DSA and ML-KEM — directly in your browser, powered by the Qudo FIPS provider

Ready-to-Use Code Samples

Production-ready migration code in Bash, Python, and Java. Each sample uses the Qudo provider — adapt to your own service

Classical-to-PQC Migration

Side-by-side diffs showing exactly what changes when you swap RSA/ECDSA for ML-DSA — and what stays the same

Real Benchmarks

Measured on this platform: ML-DSA-65 signs in ~4ms, ML-KEM-768 encapsulates in ~1ms. See how PQC compares to classical

Enterprise Security

Core

Production-ready PQC implementations for enterprise infrastructure, PKI, and application security.

REST API

X25519MLKEM768 + ML-DSA-65

gRPC Service

ML-DSA-65

Signing Service

ML-DSA/SLH-DSA

CA Service

ML-DSA-65

Cloud KMS

ML-DSA-44/65/87

Email Service

ML-KEM-768+ML-DSA-65

IoT Simulator

ML-DSA-44

VPN Gateway

ML-KEM-1024+ML-DSA-65

Web3 & Blockchain

Emerging

PQC migration patterns for decentralized applications, digital assets, and on-chain operations.

Wallet Simulator

ML-DSA-65

dApp Simulator

ECDSA+ML-DSA-65

Exchange Simulator

ML-DSA-65

NFT Simulator

ML-DSA-65

DeFi Simulator

ML-DSA-65

Blockchain Node

ML-DSA-65

Classical to Quantum-Safe

Transport

Data in Transit

ECDHE / X25519
X25519MLKEM768

Hybrid key exchange: one config change at the reverse proxy.

Auth

API Tokens

HMAC / ES256
ML-DSA-65

Asymmetric PQC JWT. Same format, different algorithm.

App

Signing & Keys

RSA / ECDSA
ML-DSA / ML-KEM

Code signing, certs, encryption, key exchange.