Wathīqa seals sovereign records with post-quantum cryptography — and keeps every seal renewable, so an archive signed today remains verifiable across each algorithm transition to come.
Every digital signature securing today's official records rests on mathematics that quantum computers are expected to break. The documents themselves must last far longer than the cryptography protecting them.
Title deeds, judgments, decrees, and civil records must stay provable for fifty years or more. No signature scheme in history has stayed trusted that long.
Records copied today can be attacked at leisure once quantum machines arrive. Anything whose authenticity matters in 2040 needs quantum-resistant evidence now.
Even post-quantum algorithms will one day be replaced. An archive needs a way to renew its evidence under each successor — without ever touching the original document.
Three operations, grounded in published standards, verifiable by anyone — offline, on their own machine.
Every record receives a content address — a SHA-3 Merkle fingerprint that changes if even one byte of the document changes.
Post-quantum signatures bind the seal to a moment in time, bracketed by a public randomness beacon and a transparency log — evidence no single party can backdate.
When cryptography moves on, the evidence is re-witnessed under the successor algorithm. The chain grows; the document never moves.
FIPS 205 · SLH-DSAFIPS 204 · ML-DSARFC 4998 · Evidence RecordsRFC 6962 · Transparency Logswathiqa-pqc-ersPEN 66038The Internet-Draft is authored and pre-submission; the enterprise arc is a live IANA registration carried in every evidence record we emit.
The sovereign verifier is a single self-contained page that confirms a real evidence record against its document — in English or Arabic, entirely offline on your own machine, with no byte leaving the device. We share it directly with reviewers, partners, and federal counterparts, on request.
Request a demonstration اطلب التجربةProvided as a private demonstration — not published to the open web.