![]() You are right about this being pointless to allow the same credential access the UI with 2FA and allow API access with just basic auth - but as you understand this is beta Would love to know/learn if there are simpler solutions Yes, technically you could add another factor on top of the credentials for non-users - but I think its hard. In this use case, only Google Authenticator appears, as shown in the following screenshot.MFA is great for user initiated actions in a user interface, but doesn't fit well for user/non-user initiated actions in a non-user interface environment Session = true return RedirectToAction ( "SelectAuthenticator", "Manage" ) default : return View ( "Login", model ) } } catch ( OktaException exception ) ConvertToAuthenticatorViewModelList (authnResponse. AwaitingChallengeAuthenticatorSelection : Authenticators ) return RedirectToAction ( "SelectAuthenticator", "Manage" ) case AuthenticationStatus. The following summarizes the Google Authenticator enrollment flow using a user sign-in use case.Ĭase AuthenticationStatus. Integrate SDK for authenticator enrollment Summary of steps Install the Google Authenticator app on your mobile device either using either the Google Play Store (Android) or Apple App Store (iOS). Verify that the app is now listed in the Applications tab of the new policy. ![]() Select the Applications tab for your newly created policy, and then click Add App.įind your app in the list and click Add next to it. If it is not listed, check the authenticator has been enabled using steps 4 and 5 of Add Google Authenticator to your org. Verify that Google Authenticator is listed in the box under Additional factor types.Set User must authenticate with to Password + Another factor. Select Allowed after successful authentication. Locate the Catch-all Rule of the new policy and select Actions > Edit. Give the policy a name, and then click Save. In testing, it's recommended that you create a new policy specifically for your app.Ĭhoose Security > Authentication Policies to show the available authentication policies. In production, it becomes evident when you can share your authentication needs between apps. This policy has a catch-all rule that allows a user access to the app using either one or two factors, depending on your org setup. New apps are automatically assigned the shared default authentication policy (opens new window). Set your app integration to use Google Authenticator Select Optional from the drop-down box for the Google Authenticator, and then click Update Policy.If Google Authenticator is set to Disabled, click Edit for the Default Policy.Check that Google Authenticator is set to either Optional or Required in the Eligible Authenticators section of the Default Policy.Click Add on the Google Authenticator tile, and then click Add in the next dialog.If the Google Authenticator isn't in the list:. ![]() Choose Security > Authenticators to show the available authenticators.Then add Google Authenticator to your app integration by executing the following steps: Add Google Authenticator to your orgįirst, add Google Authenticator to your org and enable it. The following diagram illustrates how the Google Authenticator enrollment and challenge flows can work in your application.Īn Okta org already configured for a password-only use case. This shared key is initially generated by the service provider and added to the app during enrollment.Īs the service provider, you can provide Google Authenticator support to your users by enabling it in your Okta org and building out support for it in your application using the Embedded SDK. The service provider independently generates the password and validates that the submitted password is identical to the generated one.Ī shared key linking the Google Authenticator app and service provider allows for both entities to generate the same password. Google Authenticator generates the TOTP, which is submitted by the user to the service provider for verification. Authentication flowĪfter a user is enrolled in Google Authenticator, they are challenged by the service provider (for example, a website) to provide a time-based one-time passcode (TOTP) during authentication. It doesn't require a cellular or Wifi network to use and setup can be as easy as a snapshot of a QR Code. ![]() It's considered more secure than other additional authenticators such as SMS since it's resistant to SIM swap attacks. The app is often used in conjunction with a password to strengthen user accounts from security attacks. Google Authenticator is an authenticator app developed by Google used to verify the identity of a user. The reason to choose Google Authenticator Sample ASP.NET MVC Application using Embedded Authentication with the IDX SDK (opens new window)
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