Digital Wallet Integration
e-Signet provides endpoints to bind a public key to an individual.
post
https://api.esignet.io/v1/esignet
/binding/wallet-binding
Wallet Binding Endpoint
Once the public key is successfully bound to an
individualId, the server-signed certificate and it's walletUserId is returned back to the wallet-app. Wallet-app should store the certificate in a secure storage mapped with walletUserId.Note: Binding multiple VIDs with a public key through a particular binding partner will always return the same
walletUserId. However, only the latest server-signed certificate is valid.Server-signed certificate is used in the QR-code login flow of e-Signet.
- 1.The end user scans the QR code on e-Signet UI using the digital wallet app.
- 2.Digital wallet app reads the link-code in the scanned QR code.
- 3.Digital wallet sends request to e-Signet server to start a transaction with the link-code.
post
https://api.esignet.io/v1/esignet
/linked-authorization/link-transaction
Link Transaction endpoint
- 4.On successful link, e-Signet server responds back with supported list of authentication factors namely WLA(Wallet Local Auth).
- 5.Digital wallet app, locally authenticates the end user. (Ex: selfie authentication)
- 6.On successful local verification of end-user, wallet app creates a JWT signed with Certificate bound to the end-user. This signed JWT is sent to the e-Signet server.
post
https://api.esignet.io/v1/esignet
/linked-authorization/authenticate
Linked Authentication Endpoint
- 7.Digital wallet captures the end-user consent on sharing his/her data with the relying party.
post
https://api.esignet.io/v1/esignet
/linked-authorization/consent
Linked Consent Endpoint
8. e-Signet UI now automatically detects the successful consent on the link-code and redirects the end-user to relying party portal with a authorization code.
Note: With 1.0.0, WLA is the only digital wallet supported authentication factor.
Last modified 1mo ago