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For security leaders

Attribute every agent action to a verified identity, not a shared credential.

Service-account logs name the credential, not the entity that acted. Signura binds each reliance to a verified agent identity and a signed attestation, so who relied on what is inspectable after the fact.

What a security review can inspect.

Signed, verifiable attestations

Each attestation is cryptographically signed by the issuer and carries a named party who stands behind the claim. A relying agent verifies that proof at decision time rather than re-checking the fact from source.

Attribution to a verified identity

Every reliance event binds the acting agent to a verified identity and to the specific attestation it verified, so an action attributes to an entity your team can name — not to a pool of shared secrets.

Freshness and revocation status

The engine extends the proven OCSP status pattern to assertions, so a relying agent distinguishes a currently valid claim from a stale one in real time before it acts.

A tamper-evident evidence trail

Every reliance event lands in an audit ledger recording which attestation was verified and that it was unaltered, available for audit, liability and dispute resolution.

Why fund a reliance layer

What a purpose-built reliance layer gives a security owner.

Neutral operator, bounded liability

The operator does not itself become a relied-upon party beyond the integrity of the proof and the accuracy of freshness and revocation status. Your security team can see precisely how far the operator's responsibility runs, and where the issuer's begins.

Evidence your governors can audit

Reliance is checkable at the moment an agent acts and retained afterwards, so the humans who remain accountable can demonstrate what was relied upon and when — instead of accepting a vendor's assurance.

Measure your own baseline

We publish no independent industry figure for re-verification cost. The ledger lets you compare the metered cost of relying on a signed attestation with what a fresh from-source check of the same fact would take.

  • Verifiable Credentials 2.0
  • eIDAS 2.0 aligned
  • Neutral exchange

Building a defensible case for agent attribution.

There is no honest industry figure — so measure your own.

Security leaders evaluating a purpose-built reliance layer usually ask for the number first: what does redundant re-verification cost today, and what does a false claim cost when an agent acts on it? We will not manufacture one. There is no credible, independent figure for the cost of inter-agent re-verification, and quoting a fabricated benchmark would not survive your own procurement review.

What Signura provides instead is a way to establish your own baseline. Every reliance event is logged, so once your agents run against the exchange you can compare the metered cost of relying on a signed attestation with what a fresh, from-source verification of the same fact would take. The case rests on your traffic, not on our adjectives.

Attribution is the property your regime actually needs.

Shared-credential and service-account logging tells you which credential was used, not which entity acted. Under attribution requirements that expect an action to trace to a verified actor, that gap is the exposure. Signura binds each reliance event to a verified agent identity and to the specific attestation it verified, so an action attributes to an entity you can name rather than to a pool of shared secrets.

When a decision is later questioned, the evidence record shows which attestation was verified, which issuer stood behind it, and that the claim was unaltered at the moment the agent acted. That is the difference between an audit trail your reviewers can rely on and one they have to reconstruct.

On waiting for an incumbent to bundle it in.

A reasonable instinct is to wait for an identity provider you already run to add transferable reliance to its stack. Two things make waiting costly. First, the dependency is present now: even a small set of issuers attesting to common facts — licence validity, policy status, certification, a granted permission — creates value for relying agents without waiting for ecosystem-wide adoption.

Second, Signura is built on the ratified W3C Verifiable Credentials 2.0 substrate rather than a proprietary protocol, so the attestations and evidence you accumulate stay standards-based and inspectable regardless of which inter-agent protocol prevails. If a future protocol internalises reliance and revocation natively, standards conformance is what keeps the corpus portable rather than stranded.

What is not yet built.

Signura is early. The exchange runs an issuer service, a reliance and verification API, a freshness and revocation engine, an evidence ledger and a governance console, against a narrow set of high-frequency common facts and a small group of design partners. Broad self-serve issuer onboarding, standardised schemas across many fact types, and audit exports into external governance systems are on the path, not in hand.

We hold no SOC 2, ISO 27001, HIPAA, FedRAMP or PCI attestation today. This page states what the system does so a reviewer can check it rather than take our word for it.

Objections we expect

What a security budget owner asks first.

Should we wait for an IAM provider to bundle transferable reliance into our existing stack?

You can adopt now for common facts without waiting for ecosystem-wide adoption or for an incumbent's roadmap. Because Signura is built on the W3C Verifiable Credentials 2.0 standard rather than a proprietary protocol, the attestations and evidence you accumulate remain standards-based. If a future protocol internalises reliance and revocation, that conformance is what keeps your corpus portable rather than locked in.

How do we justify spend when there is no industry figure for re-verification cost?

We do not publish one, and we would not stand behind a fabricated benchmark. The evidence ledger lets you measure your own baseline: the metered cost of relying on a signed attestation against the cost of a fresh from-source verification of the same fact, on your own agent traffic.

Which security certifications do you hold?

Signura holds no SOC 2, ISO 27001, HIPAA, FedRAMP or PCI attestation today. What we can show instead is what the system actually does: attestations are cryptographically signed by a named issuer, relying agents verify the proof at decision time, and every reliance event is recorded in a tamper-evident ledger a reviewer can inspect.

Can an agent's action be attributed to a verified identity rather than a shared credential?

Yes. Each reliance event is bound to a verified agent identity and to the specific attestation the agent verified, so the action attributes to an entity you can name. The record also captures the issuer who stood behind the claim and that the claim was unaltered when the agent relied on it.

What happens when a relied-upon claim later turns out to be wrong?

Each attestation carries an explicit liable party and scoped liability terms defined by the issuer before any reliance occurs. When an underlying fact changes, the issuer revokes the attestation and the engine propagates the change to relying parties, so agents stop acting on it. The evidence record shows exactly what was relied upon at the time, which is what a governance or liability review needs.

Bring one agent action your security team must account for.

Describe a counterparty claim your agents act on, and the attribution regime you answer to. A person reads it and replies.

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Tell us what your agents must account for.

Whether you own the agent trust budget or the audit that follows an incident, describe the attribution and evidence you need. A person reads every message and replies.