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For standalone, non-webfarm IIS installations, the Data Protection Provision-AutoGenKeys.ps1 PowerShell script can be used for each app pool used with an ASP.NET Core app. This script creates a Registry key in the HKLM registry that's accessible only to the worker process account of the app's app pool. Keys are encrypted at rest using DPAPI with a machine-wide key.
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This setting is in the Process Model section under the Advanced Settings for the app pool. Set Load User Profile to True. When set to True, keys are stored in the user profile directory and protected using DPAPI with a key specific to the user account. Keys are persisted to the %LOCALAPPDATA%/ASP.NET/DataProtection-Keys folder.
The app pool's setProfileEnvironment attribute must also be enabled. The default value of setProfileEnvironment is true. In some scenarios (for example, Windows OS), setProfileEnvironment is set to false. If keys aren't stored in the user profile directory as expected:
Establish an app pool for the sub-app. Set the .NET CLR Version to No Managed Code because the Core Common Language Runtime (CoreCLR) for .NET Core is booted to host the app in the worker process, not the desktop CLR (.NET CLR).
In the Add Application dialog, use the Select button for the Application Pool to assign the app pool that you created for the sub-app. Select OK.
The IIS Add Website dialog defaults to a single app pool per app. When a Site name is provided, the text is automatically transferred to the Application pool textbox. A new app pool is created using the site name when the site is added.
An app pool identity account allows an app to run under a unique account without having to create and manage domains or local accounts. On IIS 8.0 or later, the IIS Admin Worker Process (WAS) creates a virtual account with the name of the new app pool and runs the app pool's worker processes under this account by default. In the IIS Management Console under Advanced Settings for the app pool, ensure that the Identity is set to use ApplicationPoolIdentity:
The IIS management process creates a secure identifier with the name of the app pool in the Windows Security System. Resources can be secured using this identity. However, this identity isn't a real user account and doesn't show up in the Windows User Management Console.
Enter IIS AppPool\{APP POOL NAME} format, where the placeholder {APP POOL NAME} is the app pool name, in Enter the object names to select area. Select the Check Names button. For the DefaultAppPool check the names using IIS AppPool\DefaultAppPool. When the Check Names button is selected, a value of DefaultAppPool is indicated in the object names area. It isn't possible to enter the app pool name directly into the object names area. Use the IIS AppPool\{APP POOL NAME} format, where the placeholder {APP POOL NAME} is the app pool name, when checking for the object name.
IIS Application Initialization is an IIS feature that sends an HTTP request to the app when the app pool starts or is recycled. The request triggers the app to start. By default, IIS issues a request to the app's root URL (/) to initialize the app (see the additional resources for more details on configuration).
For a 64-bit (x64) self-contained deployment that uses the in-process hosting model, disable the app pool for 32-bit (x86) processes. In IIS Manager, navigate to Application Pools in the Connections sidebar. Select the app's Application Pool. In the Actions sidebar, select Advanced Settings. Set Enable 32-Bit Applications to False.
If the default identity of the app pool (Process Model > Identity) is changed from ApplicationPoolIdentity to another identity, verify that the new identity has the required permissions to access the app's folder, database, and other required resources. For example, the app pool requires read and write access to folders where the app reads and writes files.
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A user pool app client is a configuration within a user pool that interacts with one mobile or web application that authenticates with Amazon Cognito. App clients can call authenticated and unauthenticated API operations, and read or modify some or all of your users' attributes. Your app must identify itself to the app client in operations to register, sign in, and handle forgotten passwords. These API requests must include self-identification with an app client ID, and authorization with an optional client secret. You must secure any app client IDs or secrets so that only authorized client apps can call these unauthenticated operations. Additionally, if you configure your app to sign authenticated API requests with AWS credentials, you must secure your credentials against user inspection.
You can create multiple apps for a user pool. An app client might be linked to the code platform of an app, or a separate tenant in your user pool. For example, you might create an app for a server-side application and a different Android app. Each app has its own app client ID.
A verifiable statement that your user is authenticated from your user pool. OpenID Connect (OIDC) added the ID token specification to the access and refresh token standards defined by OAuth 2.0. The ID token contains identity information, like user attributes, that your app can use to create a user profile and provision resources. See Using the ID token for more information.
A verifiable statement of your user's access rights. The access token contains scopes, a feature of OIDC and OAuth 2.0. Your app can present scopes to back-end resources and prove that your user pool authorized a user or machine to access data from an API, or their own user data. An access token with custom scopes, often from an M2M client-credentials grant, authorizes access to a resource server. See Using the access token for more information.
An encrypted statement of initial authentication that your app can present to your user pool when your user's tokens expire. A refresh-token request returns new, unexpired access and ID tokens. See Using the refresh token for more information.
Your user pool might have many customers, each with their own app client and IdPs. You can configure your app client to have read and write access to only those user attributes that are relevant to the app. In cases like machine-to-machine (M2M) authorization, you can grant access to none of your user attributes.
You can't permit an app client to have write access to email_verified or phone_number_verified. A user pool administrator can modify these values. A user can only change the value of these attributes through attribute verification.
Your app client has one identity provider assigned and multiple callback URLs defined. Your user pool redirects authentication requests to the authorization server to the default redirect URI when they don't include a redirect_uri parameter.
You can choose some or all of your user pool external identity providers (IdPs) to authenticate your users. Your app client can also authenticate only local users in your user pool. When you add an IdP to your app client, you can generate authorization links to the IdP and display it on your hosted UI sign-in page. You can assign multiple IdPs, but you must assign at least one. For more information on using external IdPs, see Adding user pool sign-in through a third party.
An OAuth grant is a method of authentication that retrieves user-pool tokens. Amazon Cognito supports the following types of grants. To integrate these OAuth grants in your app, you must add a domain to your user pool.
The authorization code grant generates a code that your app can exchange for user pool tokens with the Token endpoint. When you exchange an authorization code, your app receives ID, access, and refresh tokens. This OAuth flow, like the implicit grant, happens in your users' browsers. An authorization code grant is the most secure grant that Amazon Cognito offers, because tokens aren't visible in your users' sessions. Instead, your app generates the request that returns tokens and can cache them in protected storage. For more information, see Authorization code in IETF RFC 6749 #1.3.1
Choose one or more Identity providers that you want to be able to sign in users for your app. You can choose any combination of existing IdPs. You can authenticate users with your user pool alone, or with one or more third-party IdPs that you configured in your user pool.
Choose the OpenID Connect scopes that you want to authorize for use with your app client. You can generate access tokens with only the aws.cognito.signin.user.admin scope through the user pools API. For additional scopes, you must request your access tokens from the Token endpoint.
Brave has defended against what was thought at the time to be the most serious form of the attack since version 1.35. However, researchers at Brave have recently identified more ways pool-party attacks can be conducted, and ways they can be carried out faster (i.e. how they can be optimized to communicate across site boundaries faster). As a result, Brave has released fixes to protect against additional forms of the attack 1. We are continuing to discuss possible solutions to pool-party attacks with other browser vendors as well. 0852c4b9a8
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