The counterintuitive take
BetaPost-Quantum Security
Qu-Secure
Post-quantum migration is an inventory problem before it is an algorithm problem
Replacing an algorithm is the visible part of post-quantum readiness. The harder work is discovering where cryptography lives, understanding dependencies, choosing a transition path, and retaining the ability to change again. Qu-Secure is being developed around that migration reality, including hybrid X25519 and ML-KEM protection and ML-DSA-based platform authentication.
The human moment
A security leader can know the standards and still not know which certificates, libraries, integrations, vendors, and long-lived data need attention first. Qu-Secure starts with that uncomfortable operational gap.
What the product does
Capabilities connected to a real job
Give organisations a practical path from cryptographic inventory to post-quantum migration. The capability list below reflects the current product or development scope—not a generic wishlist.
Migration planning around FIPS 203, 204, and 205 standards
Hybrid X25519 and ML-KEM protection patterns
ML-DSA-based authentication design
Crypto-agile architecture for future algorithm changes
Industry-specific risk and compliance discovery
Beta access for technical validation and migration feedback
Who it is for
Security and technology teams beginning post-quantum discovery, architecture, and transition planning.
What to remember
Prepare to change cryptography safely, more than once.
The honest boundary
What we will not pretend
Qu-Secure is in beta. This page does not claim certification, guaranteed compliance, performance, or service levels. Those depend on the product release and each deployment's verified controls.
From product insight to your workflow
You may not need this product. You may share the problem behind it.
DeeSha uses its portfolio as proof of how we investigate workflows, make difficult boundaries visible, and ship working software. Tell us where context, handoffs, or repeated manual work are costing your team.