Digital ID data should work everywhere
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The W3C Verifiable Credentials standard
Verifiable Credentials (VCs) are the W3C standard for expressing identity claims in a tamper-proof, privacy-preserving, machine-verifiable format. Issued once, a VC can be reused across any service that supports the standard, without the issuer being present to confirm it. The VC Data Model 1.0 was published in 2019 and is the foundation of the EU Digital Identity Wallet framework rolling out across member states in 2026.
The W3C Decentralised Identifier (DID) standard
DIDs give each issuer a cryptographic identity that is independent of any platform or provider. When Truvera issues a credential, it is signed with the issuer's private key. Any verifier can look up the issuer's public key on the trust registry and confirm the credential's authenticity, without logging into a portal, or trusting Dock Labs to confirm anything. The verification is cryptographic, not platform-dependent.
CEO, Ovrhd
Enterprise-grade digital identity infrastructure
Truvera handles credential issuance, wallet infrastructure, and verification. Built for high-scale organizations and designed to fit into your existing stack.
REST APIs and standards-based integrations
Fit Truvera into your current identity stack without rip-and-replace. Issue, verify, and revoke credentials via REST API, full credential lifecycle management, and documentation built for enterprise development teams.
Flexible wallet deployment options
Embed wallet functionality directly into your existing mobile app using the React Native SDK or deploy a cloud-hosted web wallet for credential reuse without a mobile requirement.
Built for enterprise scale
Developer-friendly APIs, predictable implementation patterns, and architecture designed for high-volume environments.
A unified identity experience, without rebuilding your stack
Truvera helps you issue and verify digital IDs using the identity systems you already have. Connect IAM, IDV, and partner systems to create a unified identity experience that reduces re-verification, lowers friction across channels, and enables trusted interactions at scale.
