Zayed University as part of Sindibad project and Crossword Cybersecurity Plc as part of the eSSIF-lab project designed the SUV verifier and have published the design and APIs, and are making the source code open source. The SUV is designed to plug into an OpenId Connect (OIDC) Relying Party (RP), and to receive the new Verifiable Presentation (VP) claim format that is being defined by the OIDC Connect group. The SUV is given the VP, in any format, containing any type of proof/crypto and it will attempt to validate it. It does this by evaluating the VP type, Distributed Identifier (DID) method, and proof type, and determining which Verifier to call from configuration information. The RP will need to run multiple Verifiers that are capable of verifying the full range of VPs provided by the wallets it wishes to support. Once the VP and its embedded Verifiable Credentials (VCs) have been verified, the SUV calls the TRust mAnagement INfrastructure (TRAIN) API to see if the issuer of each VC are trusted, and if they are, it then calls the policyMatch API which takes the set of verified VCs, calls the public policy registry to pick up the RP’s presentation policy, then evaluates the VCs against the policy. If the VCs satisfy the policy then the RP is returned either a set of OIDC claims or verified VCs, depending upon a configuration parameter.
This server was generated by the swagger-codegen project.
By using the OpenAPI-Spec, you can easily generate a server stub.
This is an example of building a swagger-enabled server in Java using the SpringBoot framework.
The underlying library integrating swagger to SpringBoot is springdoc-openapi
Start your server as an simple java application
You can view the api documentation in swagger-ui by pointing to
http://localhost:8080/
Change default port value in application.properties
Open source project licensed under the GNU Lesser General Public License v3.