Research

RESEARCH

The questions behind verifiable post-quantum trust

Qryption research starts from the authorization flow we can test today and asks what would be required to extend that trust to hardware identity, distributed attestation and future decentralized systems.

Current status: Public research direction; not production capability.

RESEARCHAuthorization wedgeHardware identityDistributed attestationDecentralized trust

Starting point

The implemented pilot provides the concrete starting point: a key, SDK and verification flow for critical operations. Research uses that bounded design to study device identity, attestation evidence and trust distribution.

What remains open

Research content is not a product announcement, protocol specification or claim of deployed infrastructure. Qryption does not represent experimental concepts as available, certified, audited or production ready.

How we test progress

Useful research output must identify assumptions, adversaries, trust boundaries, failure modes and measurable verification criteria. Where standards apply, primary sources and versioned references will be used.

Next step

Current topics are post-quantum authorization, distributed attestation, hardware identity and decentralized trust. The public Qryption G1 proof of concept provides reproducible ML-DSA authorization evidence. A whitepaper will be published only when the material is technically specific and reviewable.

References

Private pilot

Evaluate the authorization flow in a bounded use case.