You can do this in the Users and groups page of your IBM Security Verify administration console.
You need to define at least one test user in your IBM Security Verify tenant. Your new tenant will be available in only a few minutes. If you don’t have a tenant, you can sign up for an IBM Security Verify trial. You need to have an IBM Security Verify tenant as the external authentication provider. This is required because the example application listens on localhost (127.0.0.1). You need to have a web browser installed on the system where you run the example application. You need to have node.js installed on the system where you will run the example application. You need to have the following prerequisites in place before you can start this tutorial. Alternatively, you can make a connection back to the OIDC Provider and ask for identity information to be provided as a simple JSON object. Standard libraries can validate information in and extract information from the token. The identity token is in the form of a signed JSON Web Token (JWT).
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When your application receives the authorization code, it makes a direct connection to the OIDC Provider and exchanges the authorization code for an identity token (and an optional access token). It is this authorization code that gives this grant type its name. The OIDC Provider generates a short-lived, single-use, authorization code which is returned to your application when authentication is complete. The user experience and the method by which the end user is authenticated are completely under the control of the provider. The end user is re-directed to an OIDC Provider for authentication in the authorization code flow. If you’re implementing a native mobile application or you’re building an application on an IoT device, other grant types may be more suitable for your needs. For web applications, the authorization code grant type is the most commonly used and most widely supported. The standards support different grant types for different use cases. These standards are popular because they have simple client-side implementations, making it easy for you to get connected. It adds an identity layer to the OAuth 2.0 standard. OpenID Connect v1.0 (OIDC) is a modern standard for web single sign-on. Follow the steps below to build an example node.js express application which uses the IBM Verify JavaScript SDK to make the required connection using the OpenID Connect (OIDC) single sign-on protocol. IBM Security Verify is used as the external authentication provider for this tutorial. You implement a simple single sign-on connection and the external provider takes care of everything else. This tutorial shows how you can offload authentication to an external provider. Implementing and maintaining all these different authentication methods can be a substantial distraction from the real work of writing the core functionality of your application. To protect themselves, all users expect to be able to protect their accounts with 2-factor authentication (2FA). Employees expect to log in with their corporate credentials. Consumers may prefer to log in using a social provider. Users expect to be able to use modern methods such as FIDO2 or QR code login for their initial first-factor authentication in addition to traditional passwords. It’s often the first interaction a returning user has with your site. Authentication is an important part of any web application.