Trust · Roadmap
Protection that outlasts the threat.
A path to post quantum cryptography across SovereignOS, to help your organisation plan for the future protection of sensitive data, and signed policy stays trustworthy for the long term.
The evaluator's problem
Some data must stay confidential for decades.
Public-sector records can be sensitive far into the future. Protection has to anticipate the cryptography of the years ahead, not just today.
Is long-lived data safe?
A post quantum path protects data that must stay confidential for years.
Is “harvest now, decrypt later” covered?
Encryption is chosen with future decryption capability in mind.
Can we trust signed policy long-term?
Signatures and update policy use durable cryptography.
Capabilities · Accessible by design
Cryptography with a long horizon.
Protection measured in decades, not release cycles.
Post-quantum path
A route to encryption resistant to future computing.
Long-lived confidentiality
Sensitive records stay protected over time.
Signed policy
Update and model policy are cryptographically signed.
Standards-aligned
Aligned with emerging post quantum standards.
Where it fits
Where PQC fits.
The long-term protection layer under the whole platform.
Governance & compliance
Protection for the long term.
A post quantum path keeps long-lived data confidential and signed policy trustworthy against future computing, a planned path for protection over the long term.
Related products
Explore what connects to it.
Next step
Protect one long-lived domain.
We apply the post quantum path to a single class of long-lived records and show it holds for the future.