W3C draft proposes new trust model for verifiable credential ecosystems
A new draft specification from the World Wide Web Consortium outlines a framework for identifying trusted issuers and verifiers in decentralised digital credential systems.
The World Wide Web Consortium has published a first public working draft for a new specification titled ‘Recognized Entities v1.0’.
The proposal introduces a standardised method for identifying organisations or individuals recognised to perform actions within verifiable credential ecosystems, such as issuing or verifying digital credentials.
The specification is designed for decentralised identity systems using verifiable credentials. Rather than relying on a single central registry, the model allows multiple organisations, governments, industry groups, or other entities to publish cryptographically verifiable recognition credentials describing trusted actors and their authorised roles.
The draft addresses a growing interoperability problem in digital identity infrastructure. Current trust relationships are often managed through bilateral agreements, proprietary registries, or sector-specific systems that are difficult to automate or connect across ecosystems.
The proposed model attempts to create a more portable trust layer. It supports recognition chains and interoperability with existing systems such as X.509 certificate authority lists and ETSI Trust Service Lists, while also enabling decentralised trust registries built around verifiable credentials.
The draft also highlights several unresolved privacy and security concerns. These include risks linked to surveillance through public trust registries, abuse of recognition credentials, impersonation of trusted issuers, and transitive trust problems where compromised lower-level registries could affect broader ecosystems.
The specification remains experimental. W3C states that the document is still under active revision and is not yet suitable for production deployment.
The work reflects broader efforts to develop interoperable trust infrastructure for digital identity systems as governments, financial institutions, educational bodies, and online platforms increasingly explore verifiable credential technologies.
