Post-Quantum Cryptography, Delivered On Your Terms - Cloud, On-Premise, or Embedded.
ExeQuantum PQCaaS makes post-quantum security simple, scalable, and robust. Powered by NIST-approved algorithms, our hardened cryptographic engine is accessible via lightweight APIs, no cryptographic expertise required.
ExeQuantum's orchestration layer supports multi-primitives (lattice, code-based, and classical) across languages and deployment models, fully controllable by your security team.
As cryptographic standards evolve, ExeQuantum provides guidance and verified algorithm upgrade pathways, executed only under client-governed change control processes.
Algorithm updates, patches, and key lifecycle events are fully logged, reviewed, and approved in coordination with your internal compliance and regulatory teams.
PQCaaS was built for real-world attack surfaces, not just academic theory. Our architecture is ISO 27001 certified and shaped through technical collaboration with cryptographers at Deakin and RMIT University.
Our approach has been validated through peer-reviewed research and continuous testing to ensure operational security in live environments.
White Paper - API-Driven PQC (RMIT & ExeQuantum)For organizations requiring full control over their post-quantum encryption infrastructure, ExeQuantum delivers API-orchestrated PQC with hybrid TLS supporting quantum-safe KEMs combined with classical cryptography.
Deployable across sovereign clouds, private data centers, or regulated enterprise infrastructure, with full visibility into key management, entropy sources, and hybrid algorithm selection.
For resource-constrained environments where continuous key exchange isn’t feasible, ExeQuantum offers PSK-mode PQC, minimizing handshake latency and TLS dependency. Ideal for embedded systems, IoT, drones, and critical infrastructure.
For maximum independence and sovereignty, ExeQuantum offers fully client-controlled deployments: