RiSoft
We performed security testing on a cryptographic module built around quantum-resistant assumptions, combining vulnerability analysis, cryptographic review, penetration testing, and binary reverse engineering before licensing and deployment. This was not a checkbox pentest. It was high-assurance review for software where trust is the product, not a decorative word on the pricing page.
Post-quantum security work is now concrete because NIST has finalized the first three PQC standards, including ML-KEM, ML-DSA, and SLH-DSA. That does not make every implementation safe by magic. It makes implementation scrutiny more important. Migration requires inventory, algorithm choices, protocol integration, side-channel awareness, update paths, vendor dependencies, and the humility to admit that cryptography punishes casual optimism.
The audit work had to look past the brochure version of "quantum-resistant." We reviewed assumptions, implementation behavior, binary surfaces, deployment implications, and how the module would be trusted by customers after licensing. In cryptographic software, the dangerous bugs are often hiding in the edges: serialization, randomness, parameter handling, key lifecycle, error behavior, compatibility glue, and places where a theoretically strong primitive gets introduced to very practical software.
This page is deliberately a work proof point rather than a generic post-quantum security explainer. The relevant buyer question is not "does Dreamers know PQC is important?" It is whether the team can interrogate a real module, connect cryptographic review with offensive testing, and produce recommendations that make deployment safer. That is a different skill than repeating the names of the new standards while looking professionally concerned.
We treated the module the way serious security work should be treated: assumptions challenged, binaries inspected, edge cases dragged into the light, and recommendations tied to deployment reality. The useful output was not a scary PDF. It was a clearer path to shipping cryptographic software under serious trust requirements.