# Microsoft Entra Verified ID vs Truthlocks: Enterprise Credentials vs Record Verification > Compare Microsoft Entra Verified ID and Truthlocks: enterprise Credentials vs Record Verification. Strengths, limitations, practical scenarios and primary sources. By Truthlocks Editorial Published: 2026-10-28T13:29:51.401303Z Updated: 2026-10-28T13:29:51.401303Z Canonical page: https://www.truthlocks.com/blog/microsoft-entra-verified-id-vs-truthlocks **Publisher disclosure:** Truthlocks is the publisher and a product being compared. Researched and written with AI assistance; reviewed against the primary sources linked below on October 28, 2026. This is a company-authored architectural assessment, not an independent product test. Microsoft Entra Verified ID and Truthlocks both involve cryptographically verifiable statements, but they do not imply identical credential formats or user journeys. Verified ID is part of an enterprise identity ecosystem. Truthlocks offers broader issuer-record and action-evidence workflows. An evaluation should begin with the credential exchange your relying applications need to support. ## What Microsoft documents The [Verified ID introduction](https://learn.microsoft.com/en-us/entra/verified-id/decentralized-identifier-overview) describes decentralized identity and lists standards implemented by the service, including W3C identifiers and credentials and presentation-related specifications. Microsoft's [identity-verification overview](https://learn.microsoft.com/en-us/entra/identity/authentication/concept-authentication-verified-id) also distinguishes identity-verification evidence from satisfying sign-in, MFA or password-reset authentication requirements. That distinction is important: a credential is an assertion used in a process, not automatically an authentication method for every application. Confirm the exact tenant configuration, issuer setup, verifier integration and holder experience required by the current Microsoft service. ## Truthlocks' verification model Truthlocks supports issuer-associated records and verification through APIs and its portal. Its [proof-bundle specification](https://docs.truthlocks.com/specification/proof-bundle) and [public evidence](https://www.truthlocks.com/resources/evidence) give developers a bounded starting point for inspecting supported records. A valid Truthlocks record should not be assumed to be a credential that every Verified ID relying application or wallet can present. Interoperability requires agreement about data models, signature formats, issuer discovery, status and presentation. Both systems using cryptography is insufficient. A successful self-contained demo does not establish a cross-vendor exchange. ## Comparison for an enterprise architect CriterionEntra Verified IDTruthlocksStarting inputIssuer/holder/verifier credential exchangeIssuer records and application assertionsMain questionCan an enterprise verify a presented credential?Can a recipient validate signed record evidence?EcosystemMicrosoft identity deployment contextHosted portal, APIs and developer integrationsInteroperabilityDocumented standards with specific implementation profilesCross-wallet equivalence requires explicit testingPilot evidenceIssuance, presentation, status and verifier policyIssuer trust, changed-record rejection and supported proofs ## Where Verified ID may be stronger An enterprise already organizing identity processes around Microsoft should evaluate Verified ID's native deployment path. Administrative ownership, supported identity journeys and existing integration skills may make it the more coherent choice for an enterprise credential project. That is an architectural consideration, not a blanket claim that every Microsoft customer needs it. Test the complete holder journey on the devices and applications your users actually have. Include credential loss, recovery, expiry and a verifier that rejects the issuer. Establish what users see when the verification cannot be completed, rather than treating every non-success as malicious behavior. ## Where Truthlocks is a better architectural fit Truthlocks may fit a requirement for application records or agent action receipts that does not revolve around a person presenting an enterprise identity credential. An inspection system or software agent may need to issue an assertion that a partner can check through a supported verification contract. The [verification workflow](https://www.truthlocks.com/product/verification) should be piloted with accepted issuer keys and current status rules. Broader record flexibility should not be confused with guaranteed standards interoperability. If the buyer requires a particular credential profile, make it an explicit acceptance condition. ## Example: a contractor qualification and a work record Imagine a contractor presents a qualification credential during onboarding. The company verifies the credential against an accepted issuer and decides whether it meets the job requirement. Later, a maintenance application records a completed inspection as a separate signed operational record. The qualification answers something about the contractor's asserted training or status. The inspection record answers something about a reported task. Neither alone proves the contractor performed every required step. The work system must still establish authorization and preserve the evidence supporting the conclusion. A combined architecture could retain both artifacts with a controlled reference between them. This is not a claim of a native Verified ID–Truthlocks connector. Avoid disclosing the full qualification payload to every system that only needs the inspection result. ## Standards and lifecycle acceptance Build an interoperability test matrix before procurement. Specify issuer identifiers, credential schemas, signature or proof formats, supported holder applications and presentation protocols. Test the exact versions rather than accepting a generic standards checkbox. Record unsupported combinations as not publicly confirmed until demonstrated. Test revocation, expiration and key rotation separately. A credential can have an intact signature while its current status is unacceptable. An offline verifier may have stale information, so define acceptable freshness and fail-safe behavior. Ask how historical verification is handled when issuer configuration changes. For both products, review deployment constraints, data residency, retention and operational support with current provider documentation and contracts. This comparison does not establish legal recognition, equivalent licenses, comparative prices or independent certification for Truthlocks. Its engineering evidence remains limited to the documented checks. ## Decision and FAQ Evaluate Verified ID for an enterprise credential exchange that fits Microsoft's supported ecosystem and protocols. Evaluate Truthlocks for signed application records and action evidence. Where requirements overlap, make a real cross-system pilot the deciding evidence. ### Does Verified ID replace MFA? Microsoft's linked overview distinguishes identity-verification evidence from satisfying authentication requirements such as MFA. ### Are all W3C-related implementations compatible? No. Supported profiles, formats and verifier policies must match. ### Can a signed record remain valid after revocation? Its bytes may still verify cryptographically, while policy should reject it for current use. Report those outcomes separately. [Explore the comparison collection](https://www.truthlocks.com/blog/comparisons) · [Explore Truthlocks for your workflow](https://www.truthlocks.com/get-started). Validate required capabilities in a scoped pilot before adopting either product.