The Authentication (or Basic) flow is an option for apps that have web-server logic that enables back-end communication with the IdP (OneLogin). In other words, someone could steal the public key and client id, but that doesn’t matter, because only the IdP has the proper information (the redirect URI for the intended client app and the private key) to use the public key and client ID correctly. In the Implicit flow, the transaction is secure despite the fact that everything is passed in the “front end” and the client app cannot be authenticated, because the IdP sends tokens encrypted using a public/private key scheme and will only send tokens to the preconfigured Redirect URI. If everything is fine, a session is established for the user. In Step 4, the client app confirms the JWT id_token and confirms the signature using the public key. In Step 3, user details are encoded by the OpenID Provider into an id_token (JWT) that contains user information ( scopes, in OAuth terms) and signature (using RS256), which is passed to a preconfigured Redirect page on the web server. In Step 2, the OpenID Provider authenticates and authorizes the user for a particular application instance. In Step 1, the user attempts to start a session with your client app and is redirected to the OpenID Provider (OneLogin), passing in the client ID, which is unique for that application. In an Implicit flow, the client secret should never be exposed. When you register your client app with the IdP (OneLogin), you will receive a client ID and a client secret. In the Implicit flow, a public/private key (JSON Web Key or JWK) scheme is used to encrypt or sign user details. The Implicit flow is required for apps and websites that have no back end logic on the web server, and everything that is passed between the app or site and the IdP can be viewed using browser development tools. The Client Credentials Grant is useful for machine to machine authorization.The Resource Owner Password Grant does not have an login UI and is useful when access to a web browser is not possible.The Authentication (or Basic) Flow is designed for apps that have a back end that can communicate with the IdP away from prying eyes.The Implicit Flow is required for apps that have no “back end” logic on the web server, like a Javascript app.OpenID Connect supports the following authentication flows: OpenID Connect is simple enough to integrate with basic apps, while also offering features and security options that can meet demanding enterprise requirements. OAuth 2.0 also means that you have a single protocol for authentication and authorization (obtaining access tokens). JWTs are elegant and portable and support a range of signature and encryption algorithms.Ĭlients use OAuth 2.0 flows to obtain ID tokens, which work with web apps as well as native mobile apps. Specifically, it provides:Ĭlient apps receive the user’s identity encoded in a secure JSON Web Token (JWT) called the ID token. OpenID Connect is easier to integrate than SAML, and it can work with a wider variety of apps. OneLogin provides a custom connector option that makes it easy to configure your OpenID Connect-enabled app to use OneLogin as the Identity Provider (IdP) in an OpenID Connect flow.įor more information about API authorization, see How to setup an API Authorization PoC. OpenID Connect allows a range of clients, including web-based, mobile, and JavaScript clients, to request and receive information about authenticated sessions and end-users. OpenID Connect is an increasingly common authentication protocol: when an app prompts you to authenticate using your Facebook or Google+ credentials, the app is probably using OpenID Connect. OpenID Connect specifies a RESTful HTTP API, using JSON as a data format. OpenID Connect is a simple identity layer built on top of the OAuth 2.0 protocol, which allows clients to verify the identity of an end user based on the authentication performed by an authorization server or identity provider (IdP), as well as to obtain basic profile information about the end user in an interoperable and REST-like manner. Using the AppAuth PKCE to Authenticate to your Electron Application Using the OneLogin API to Define Custom Access Tokens Mulesoft API Gateway JWT Authorization via OneLogin Use AWS Lambda authorizers with OneLogin to secure Amazon API Gateway Using OneLogin API to Create and Update User MappingsĮstablish session via API using Form Post Using Postman to Explore the OneLogin API
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