The request that never stops arriving
If your organisation holds authoritative facts — that a licence is valid, that a certification is current, that a permission has been granted — you already field the same verification requests, again and again, on a per-integration basis. Each is answered by hand, strains your team, and produces no reusable output. As the counterparties asking become automated agents rather than people, the volume grows, and the pairwise pattern does not scale.
Signura changes the unit of work. Instead of confirming a fact anew for each requester, your organisation publishes it once as a signed attestation. A relying agent verifies the proof at decision time and keeps it as evidence; your team is no longer in the loop for every individual check.
Issuing is a bounded liability decision, not an open one
The reason many issuers hesitate is liability. A confirmation given informally, with no clear framing, can feel like accepting open-ended legal exposure. Signura inverts that. You decide which facts you are willing to attest to, and you attach explicit, scoped liability terms and an expiry to each attestation type before anything is published. You stand behind a claim whose boundaries you set — a named limit, not an open promise.
The system states its scope in the artefact itself, so a relying party reads what you stand behind and, equally, what you do not. Nothing beyond the written scope is implied.
When the fact changes, so does the attestation
An authoritative fact is only useful while it holds. When an underlying fact changes — a licence is suspended, a certification withdrawn — you revoke the attestation, and the freshness and revocation engine propagates that status to relying parties. A relying agent checking status at decision time then sees a stale claim for what it is, rather than acting on a record you have already withdrawn.
Built on a ratified standard
The proof a relying party verifies rests on the W3C Verifiable Credentials 2.0 standard, ratified in May 2025, which supplies a stable data model and a revocation mechanism. For a credential body, that matters twice over: the attestation format you publish is a recognised one rather than a proprietary lock-in, and the revocation semantics you depend on are part of the substrate rather than a bespoke feature. Your control stays where it belongs — you decide which facts you attest to, and relying-party governors decide which of your attestation types their agents may depend on — while the exchange carries the signed proof and the logged evidence that let each side act.