Salesforce Identity-and-Access-Management-Architect Salesforce Certified Identity andAccess Management Architect (SU24) Exam Practice Test

Custom SAML JIT Provisioning allows Salesforce to dynamically create or update user records in the classified information system based on the SAML assertion sent by Salesforce as the IdP. This way, the staff can access the system only when they have an open “Classified” case, and their access is revoked when they don’t. Option A is incorrect because Salesforce reports are not a reliable way to grant or revoke access to the system, as they are not updated in real time and may not reflect the current status of the cases. Option B is incorrect because Apex triggers can only assign or remove permission sets within Salesforce, not in an external system. Option D is incorrect because a Common Connected App Handler using Apex is used to customize the behavior of a connected app, not to control access to an external system based on user attributes. References: Custom SAML JIT Provisioning, Create a Custom Connected App Handler

The web service that is used for delegated authentication should be secured with TLS using Salesforce trusted certificates4. This ensures that the communication between Salesforce and the external authentication method is encrypted and authenticated. The other options are not relevant for designing a delegated authentication implementation. The web service does not need to accept one to four input method parameters, as it can accept any number of parameters as long as they are wrapped in a SOAP envelope5. The web service does not need to use the Salesforce Federation ID to identify the user, as it can use any identifier that is unique and consistent across systems6. The web service does not need to implement a custom password decryption method, as it can use any encryption or hashing algorithm that is supported by both systems7. References: Delegated Authentication, Enable ‘Delegated Authentication’, Delegated Authentication Flow in Salesforce, FAQs for Delegated Authentication

The underlying mechanisms that the UC Architect must ensure are part of the product are Just-in-Time (JIT) provisioning and deprovisioning. JIT provisioning is a process that creates or updates user accounts in Salesforce when users log in with SAML single sign-on (SSO)6. JIT deprovisioning is a process that disables or deletes user accounts in Salesforce when users are removed from the identity provider (IdP). Both of these processes enable automated provisioning and deprovisioning of users without requiring manual intervention or synchronization. The other options are not valid mechanisms for provisioning and deprovisioning. SOAP API is an application programming interface that allows developers to create, retrieve, update, or delete records in Salesforce. However, SOAP API does not support JIT provisioning or deprovisioning, and requires custom code to implement. Provisioning API is not a standard term for Salesforce, and there is no such API that supports both provisioning and deprovisioning.

References: Just-in-Time Provisioning for SAML, [Just-in-Time Deprovisioning], [SOAP API Developer Guide]QUESTION NO: 13

Containers (UC) has decided to implement a federated single Sign-on solution using a third-party Idp. In reviewing the third-party products, they would like to ensure the product supports the automated provisioning and deprovisioning of users. What are the underlining mechanisms that the UC Architect must ensure are part of the product?

A. SOAP API for provisioning; Just-in-Time (JIT) for Deprovisioning.

B. Just-In-time (JIT) for Provisioning; SOAP API for Deprovisioning.

C. Provisioning API for both Provisioning and Deprovisioning.

D. Just-in-Time (JIT) for both Provisioning and Deprovisioning.

Answer: D

Just-in-Time (JIT) provisioning and deprovisioning can be used to create, update, or deactivate users in Salesforce based on the information in the SAML assertion sent by the IdP. This way, the user lifecycle can be managed automatically without the need for a separate provisioning API. Reference: [Salesforce Help: Just-in-Time Provisioning for SAML]

The best approach to simplify the authentication process and reduce cost and maintenance is to configure UC1 as the Identity Provider to the other four Salesforce orgs and set up JIT user provisioning on all other orgs. This way, users can log in to any of the five orgs using their UC1 credentials, and their user accounts will be automatically created or updated in the other orgs based on the information from UC11. This eliminates the need to purchase a third-party Identity Provider or manually provision users in advance. The other options are not optimal for this requirement because:

• Purchasing a third-party Identity Provider for all five Salesforce orgs would incur additional cost and maintenance, and would not leverage the existing user base in UC1.
• Not setting up JIT user provisioning for other orgs would require manually creating or updating user accounts in each org, which would be time-consuming and error-prone. References: Salesforce as an Identity Provider, Identity Providers and Service Providers, Just-in-Time Provisioning for SAML

A is correct because SAML-based Federated authentication requires trust relationships between the IdP and the SP. The IdP issues a SAML assertion that contains information about the user’s identity and attributes. The SP validates the assertion and grants access to the user.

C is correct because web applications that use SAML-based Federated authentication do not require passwords for users to log in. Instead, they rely on the IdP to authenticate the users and provide a secure token. This eliminates the risk of password breaches and phishing attacks.

E is correct because centralized federation provides a single point of access, control, and auditing for web applications that use SAML-based Federated authentication. Users can access multiple applications with one login, administrators can manage user access from one place, and auditors can monitor user activity across applications.

B is incorrect because SAML tokens are always in XML format. They cannot be used interchangeably with JSON tokens, which are used by OAuth or OpenID Connect protocols.

D is incorrect because access tokens are not used by SAML-based Federated authentication. Access tokens are used by OAuth or OpenID Connect protocols to access resources on the server once the user is authenticated.

References: : [Single Sign-On Implementation Guide Developer Documentation] : [Identity 101: Design Patterns for Access Management Salesforce Developers YouTube] : Certification - Identity and Access Management Architect - Trailhead : OAuth Authorization Flows Trailblazer Community Documentation : User Authentication Module - Trailhead

 Identity Connect is a tool that synchronizes user data between Microsoft Active Directory and Salesforce. It allows user provisioning, deprovisioning, and single sign-on (SSO) between multiple Active Directory domains and a single Salesforce org. One of the features of Identity Connect is that it can revoke the user’s Salesforce session immediately when the user is deprovisioned in an on-premise Active Directory. This can enhance security and compliance by preventing unauthorized access to Salesforce resources. References: Identity Connect Implementation Guide, Identity Connect Overview

 To automatically create a case record for first time users logging into Salesforce Experience Cloud using their Google account, the identity architect should implement a login flow with a record create component for Case. A login flow is a custom post-authentication process that can be used to add additional screens or logic after a user logs in to Salesforce. A record create component is a type of flow element that can be used to create a new record in Salesforce. By implementing a login flow with a record create component for Case, the identity architect can check if the user is logging in for the first time using their Google account and create a case record accordingly. References: Login Flows, Record Create Element

Just-in-Time (JIT) provisioning is a feature that allows Salesforce to create or update user records on the fly when users log in through an external identity provider, such as a SAML-based IdP. This eliminates the need for manual or batch user provisioning in Salesforce and minimizes license usage. To use JIT provisioning, the identity architect needs to configure the SAML settings in Salesforce and include the user attributes in the SAML assertion sent by the IdP. References: Just-in-Time Provisioning for SAML and OpenID Connect, Identity 101: Design Patterns for Access Management

Dynamic branding is a feature that allows Experience Cloud sites to display different branding elements, such as logos, colors, or images, based on the user’s profile or preferences. To use dynamic branding, the community must be built with the Customer Account Portal template, which supports this feature. An experience ID (expid) or placeholder parameter must be used in the URL to represent the brand and trigger the dynamic branding logic.

References: Dynamic Branding for Experience Cloud Sites, Create a Customer Account Portal

To ensure that requests must include a certificate with a trusted certificate chain to access the company’s on-premise application endpoint, the identity architect should generate a certificate authority-signed certificate in Salesforce and upload it to the on-premise application Truststore. A certificate authority-signed certificate is a certificate that is issued by a trusted third-party entity, such as VeriSign or Thawte, that verifies the identity and authenticity of the certificate holder. A Truststore is a repository that stores trusted certificates and public keys. By generating a certificate authority-signed certificate in Salesforce and uploading it to the on-premise application Truststore, the identity architect can enable mutual authentication and secure communication between Salesforce and the on-premise application. The other options are not recommended for this scenario, as they either do not provide a trusted certificate chain, do not enable mutual authentication, or do not secure the communication. References: Create Certificate Authority-Signed Certificates, Mutual Authentication

The most likely cause of the issue is that the refresh token expiration policy is set incorrectly in Salesforce. A refresh token is a credential that allows a connected app to obtain a new access token when the previous one expires1. The refresh token expiration policy determines how long a refresh token is valid for2. If the policy is set to a short duration, such as 24 hours, the users have to enter their credentials once a day to get a new refresh token. To prevent this, the policy should be set to a longer duration, such as “Refresh token is valid until revoked” or "Refresh token expires after 90 days of inactivity"2.

References: OAuth 2.0 Refresh Token Flow, Manage OAuth Access Policies for a Connected App

Salesforce Canvas is a tool that allows external applications to be embedded into Salesforce as iframes, which can provide a seamless user experience. App Launcher is a feature that allows users to access connected apps from a single location in Salesforce. To enable single sign-on and use Salesforce as the identity provider, the external billing application needs to be configured as a connected app and use an OAuth 2.0 or SAML protocol. Identity Connect is not relevant for this scenario, as it is a tool for synchronizing user data between Salesforce and Active Directory. References: Salesforce Canvas Developer Guide, App Launcher, Connected Apps

A is correct because creating a connected app that supports the JWT Bearer Token OAuth Flow allows the middleware to authenticate to Salesforce without storing usernames and passwords. The JWT Bearer Token OAuth Flow uses a certificate and a private key to sign a JSON Web Token (JWT) that contains information about the user identity and requested access. The middleware sends the JWT to Salesforce, which verifies it using the certificate and grants an access token2.

B is incorrect because creating a connected app that supports the Refresh Token OAuth Flow requires storing usernames and passwords in the middleware. The Refresh Token OAuth Flow uses a username-password authentication flow to obtain an access token and a refresh token. The middleware can use the refresh token to obtain new access tokens without user interaction, but it still needs to store the username and password for the initial authentication3.

C is incorrect because creating a connected app that supports the Web Server OAuth Flow requires user interaction to authenticate to Salesforce. The Web Server OAuth Flow redirects the user to a Salesforce login page, where they enter their credentials and grant access to the middleware. The middleware then receives an authorization code that it can exchange for an access token and a refresh token4.

D is incorrect because creating a connected app that supports the User-Agent OAuth Flow also requires user interaction to authenticate to Salesforce. The User-Agent OAuth Flow is similar to the Web Server OAuth Flow, except that it does not return a refresh token. The middleware can only use the access token until it expires5.

References: 2: Accessing Salesforce with JWT OAuth Flow 3: OAuth Authorization Flows - Salesforce 4: OAuth Authorization Flows - Salesforce 5: OAuth Authorization Flows - Salesforce

The two actions that an architect should recommend to UC are to build a custom Visualforce page for both the change password and forgot password experiences and to build a custom Visualforce page for the change password experience and a community builder page for the forgot password experience. A custom Visualforce page is a page that uses Visualforce markup and Apex code to create a custom user interface. A community builder page is a page that uses the Community Builder tool to create a custom user interface with drag-and-drop components. Both types of pages can be used to modify the look and feel of the password management features for partner community users. However, using a custom Visualforce page for both features requires more coding and customization, while using a community builder page for the forgot password feature allows more flexibility and configuration options.

References: [Visualforce Pages], [Community Builder Pages], [Customize Password Management Features]

This is an OAuth authorization flow that allows a web server application to obtain an access token to access Salesforce resources on behalf of the user1. This flow is suitable for integrating a desktop application with Salesforce, as it does not require the user to enter their credentials in the application, but rather redirects them to the Salesforce login page to authenticate and authorize the application2. This way, the integration between the desktop application and Salesforce is seamless and secure. The other options are not optimal for this requirement because:

• JWT Bearer Token Flow is an OAuth authorization flow that allows a client application to obtain an access token by sending a signed JSON Web Token (JWT) to Salesforce3. This flow does not involve user interaction, and requires the client application to have a certificate and a private key to sign the JWT. This flow is more suitable for server-to-server integration, not for desktop application integration.
• User Agent Flow is an OAuth authorization flow that allows a user-agent-based application (such as a browser or a mobile app) to obtain an access token by redirecting the user to Salesforce and receiving the token in the URL fragment4. This flow is not suitable for desktop application integration, as it requires the application to parse the URL fragment and store the token securely.
• Username and Password Flow is an OAuth authorization flow that allows a client application to obtain an access token by sending the user’s username and password to Salesforce5. This flow is not recommended for desktop application integration, as it requires the user to enter their credentials in the application, which is not secure or seamless. References: OAuth Authorization Flows, Implement the OAuth 2.0 Web Server Flow, JWT-Based Access Tokens (Beta), User-Agent Flow, Username-Password Flow

According to the Salesforce documentation3, contactless user feature allows creating users without contact information, such as email address or phone number. This reduces the overhead of managing customers and partners who don’t need or want to provide their contact information. However, if a contactless user is upgraded to a Community license, a contact record is automatically created and linked to the user record, but not associated with an account. This can impact the architecture of NTO’s Customer 360 Platform, as they may need to associate contacts with accounts for reporting or other purposes.

 To limit user access to only a subset of service providers per customer type, the identity architect should use Profiles and Permission Sets to assign user access to Admin Pre-Approved Connected Apps. Connected apps are frameworks that enable external applications to integrate with Salesforce using APIs and standard protocols, such as OpenID Connect. By setting each of the Connected App access settings to Admin Pre-Approved, the identity architect can control which users can access which connected apps by assigning profiles or permission sets to the connected apps. The other options are not relevant for this scenario. References: Connected Apps, Manage Connected Apps

 Salesforce Identity Connect can map AD groups to Salesforce public groups, roles, profiles, and permission sets. These permissions control the access and visibility of data and features in Salesforce. References: Salesforce Identity Connect Implementation Guide

Delegated Authentication is an authentication mechanism that allows Salesforce to delegate the authentication process to an external system via a SOAP webservice. The external system can manage the user administration, passwords, and authentication requests. The other options are either not suitable or not supported for this use case. References: Delegated Authentication, FAQs for Delegated Authentication

The best OAuth flow for this scenario is the web server flow. The web server flow is an OAuth authorization flow that allows a web application, such as UC’s employee portal, to obtain an access token and a refresh token from Salesforce after the user grants permission. The web application can then use the access token to access Salesforce data and features, such as posting ideas, and use the refresh token to obtain a new access token when the previous one expires or becomes invalid. This flow is suitable for UC’s scenario because it allows users to be redirected to Salesforce, authenticated, and presented with the relevant pages when they click on some of the links in the employee portal. This flow also provides a secure and seamless user experience by using a confidential client secret that is stored on the web server and not exposed to the browser.

The other options are not valid OAuth flows for this scenario. The web application flow is not a standard term for OAuth, but it could refer to the user-agent flow, which is an OAuth authorization flow that allows a browser or web-view, such as a mobile app or a desktop app, to obtain an access token from Salesforce by using a script or a pop-up window. This flow is not suitable for UC’s scenario, as it does not use a web server or a client secret, and it does not provide a refresh token. The SAML bearer assertion flow is an OAuth authorization flow that allows an external application to obtain an access token from Salesforce by using a SAML assertion from an identity provider (IdP) that verifies the user’s identity. This flow is not suitable for UC’s scenario, as it does not involve user interaction or redirection to Salesforce. The user-agent flow is an OAuth authorization flow that allows a browser or web-view, such as a mobile app or a desktop app, to obtain an access token from Salesforce by using a script or a pop-up window. This flow is not suitable for UC’s scenario, as it does not use a web server or a client secret, and it does not provide a refresh token. References: [OAuth Authorization Flows], [OAuth 2.0 Web Server Flow for Web App Integration], [OAuth 2.0 User-Agent Flow for Desktop Apps], [OAuth 2.0 SAML Bearer Assertion Flow for Server-to-Server Integration]

The SAML assertion OAuth flow allows a connected app to use a SAML assertion to request an OAuth access token to call Salesforce APIs. This flow provides an alternative for orgs that are currently using SAML to access Salesforce and want to access the web services API in the same way3. This flow can be used for inbound OAuth-enabled integration clients that want to use SAML-based single sign-on for authentication. References: OAuth 2.0 SAML Bearer Assertion Flow for Previously Authorized Apps, Access Data with API Integration, Error ‘Invalid assertion’ in OAuth 2.0 SAML Bearer Flow

To meet the requirements of using a central cloud-based IAM service for authentication and user management, the IAM architect should implement Salesforce Sales Cloud as a SAML service provider and enable SCIM for provisioning and deprovisioning of users. SAML is a protocol that allows users to authenticate and authorize with an external identity provider and access Salesforce resources. By configuring Salesforce as a SAML service provider, the IAM architect can use the central IAM service as an identity provider and enable single sign-on for users. SCIM is a standard that defines how to manage user identities across different systems. By enabling SCIM in Salesforce, the IAM architect can synchronize user data between the central IAM service and Salesforce and automate user provisioning and deprovisioning based on the changes made in the central IAM service. References: SAML Single Sign-On Settings, SCIM User Provisioning for Connected Apps

To implement social sign-on for customers to register and log in to a portal built on Salesforce Experience Cloud using their Facebook or LinkedIn credentials, the identity architect should take three steps:

• Create authentication providers for both Facebook and LinkedIn. Authentication providers are configurations that enable users to authenticate with an external identity provider and access Salesforce resources. Salesforce provides predefined authentication providers for some common identity providers, such as Facebook and LinkedIn, which can be easily configured with minimal customization.
• Check “Facebook” and “LinkedIn” under Login Page Setup. Login Page Setup is a setting that allows administrators to customize the login page for Experience Cloud sites. By checking “Facebook” and “LinkedIn”, the identity architect can enable social sign-on buttons for these identity providers on the login page.
• Update the default registration handlers to create and update users. Registration handlers are classes that implement the Auth.RegistrationHandler interface and define how to create or update users in Salesforce based on the information from the external identity provider. The identity architect can update the default registration handlers to link the user’s social identity with their Salesforce identity and prevent duplicate accounts. References: Authentication Providers, Social Sign-On with Authentication Providers, Login Page Setup, Create a Custom Registration Handler

These are two capabilities that My Domain enables in the context of a SAML SSO configuration. My Domain is a feature that lets you customize your Salesforce domain name and login page1. Resource deep linking is the ability to access a specific page or resource within Salesforce directly from a link, without having to navigate through the app2. SSO from Salesforce Mobile App is the ability to log in to the Salesforce Mobile App using your SSO credentials, without having to enter your username and password3. My Domain enables these capabilities by allowing you to specify your identity provider (IdP) and SSO settings for your unique domain name, and by providing a custom login URL that can be used for deep linking and mobile app login1. The other options are not correct for this question because:

• App Launcher is a feature that lets you access all your connected apps from one place in Salesforce. It does not require My Domain or SAML SSO to work, although it can be enhanced by using them.
• Login Forensics is a feature that analyzes login behavior and identifies anomalous or suspicious logins. It does not require My Domain or SAML SSO to work, although it can be used with them. References: My Domain, Deep Linking into Salesforce, Salesforce Mobile App Basics, [App Launcher], [Login Forensics]

 The two issues outside of the Salesforce SSO settings that are most likely contributing to the SSO errors are the clock on the identity provider server being twenty minutes behind Salesforce and the issuer certificate from the identity provider expiring two weeks ago. These issues can cause SAML assertion errors, which prevent the user from logging in with SSO. A SAML assertion is an XML document that contains information about the user’s identity and attributes, and it is signed by the identity provider and sent to Salesforce as part of the SSO process4. If the clock on the identity provider server is not synchronized with Salesforce, the SAML assertion may be rejected as invalid or expired, as it has a time limit for validity5. If the issuer certificate from the identity provider is expired, the SAML assertion may not be verified by Salesforce, as it relies on the certificate to validate the signature6. The other options are not likely issues that cause SSO errors. The identity provider being used to SSO into five other applications does not affect its ability to SSO into Salesforce, as long as it supports multiple service providers and has a separate configuration for each one7. The default language for the identity provider and Salesforce being different does not affect the SSO process, as it does not impact the SAML assertion or its validation.

References: SAML Login Errors, Troubleshoot SAML Assertion Errors, SAML SSO with Salesforce as the Service Provider, Single Sign-On, [How to Troubleshoot a Single Sign-On Error]

D is correct because Apex registration handler is the portion of the authentication provider setup that associates a Facebook user with a Salesforce user when customers use their Facebook credentials to log in to the customer community. Apex registration handler is an Apex class that handles the logic for creating or updating a user record based on the information received from Facebook. A is incorrect because consumer key and consumer secret are portions of the authentication provider setup that identify and authenticate UC’s customer community with Facebook, not associate a Facebook user with a Salesforce user. B is incorrect because Federation ID is an attribute that can be used to identify a user in a SAML assertion when UC uses SAML-based SSO with Facebook, not when UC uses social sign-on with Facebook. C is incorrect because user info endpoint URL is a portion of the authentication provider setup that specifies the URL to obtain the user information from Facebook, not associate a Facebook user with a Salesforce user. Verified References: [Apex Registration Handler], [Consumer Key and Secret], [Federation ID], [User Info Endpoint URL]

To have users provisioned via a service endpoint before users access their app from Salesforce, the identity architect should recommend using a connected app with user provisioning flow. A connected app is a framework that enables an external application to integrate with Salesforce using APIs and standard protocols. A user provisioning flow is a custom post-authentication process that can be used to create or update users in the external application using a service endpoint when users access the connected app from Salesforce. This approach can provide automatic user provisioning with limited changes to the third-party app. References: Connected Apps, User Provisioning for Connected Apps

OAuth 2.0 SAML Bearer Assertion Flow is a protocol that allows a client app to obtain an access token from Salesforce by using a SAML assertion instead of an authorization code. The SAML assertion contains information about the client app and the user who wants to access Salesforce APIs. To use this flow, the client app needs to have a connected app configured in Salesforce with the Use Digital Signature option enabled and the “api” OAuth scope assigned. The administrators can authorize the applications that will be consuming the APIs by setting the Permitted Users policy of the connected app to Admin approved users are pre-authorized and assigning profiles or permission sets to the connected app. References: OAuth 2.0 SAML Bearer Assertion Flow, Connected Apps, OAuth Scopes

User provisioning is a feature that allows Salesforce to create, update, or deactivate user accounts on a third-party system, such as Concur, based on user assignments in Salesforce1. To implement user provisioning for Concur with an approval process, the identity architect should use the following steps2:

• Create a connected app for Concur in Salesforce. A connected app is an application that integrates with Salesforce using APIs and standard protocols, such as SAML, OAuth, and OpenID Connect3. To create a connected app for Concur, you need to provide the basic information, such as the app name, logo URL, contact email, and API name. You also need to enable SAML and configure the SAML settings, such as the entity ID, ACS URL, and subject type4.
• Enable User Provisioning for the connected app. This step allows you to configure the user provisioning settings for the connected app, such as the provisioning API endpoint URL, the client ID and client secret, the mapping of user attributes, and the linkage rules5. You can also choose to require an approval process for user provisioning requests by selecting the Approval Required option6.
• Create an approval process for UserProvisioningRequest object associated with the provisioning flow. A UserProvisioningRequest object represents a user provisioning request that is sent to or received from a third-party system7. An approval process specifies the steps necessary for a record to be approved and who must approve it at each step8. To create an approval process for UserProvisioningRequest object, you need to define the approval steps, assignees, actions, criteria, and email alerts9.

References:

• User Provisioning for Connected Apps
• Tutorial: Configure Salesforce for automatic user provisioning
• Connected Apps
• Create a Connected App
• Enable User Provisioning for a Connected App
• Require Approvals for User Provisioning Requests
• UserProvisioningRequest
• Approval Processes
• Create an Approval Process

The CA-Signed Certificate from the Certificate and Key Management menu is the certificate that is sent along with the outbound message. An outbound message is a SOAP message that is sent from Salesforce to an external endpoint when a workflow rule or approval process is triggered. To ensure that the communication between Salesforce and the target system is secure, the outbound message can be signed with a certificate that is generated or uploaded in the Certificate and Key Management menu. The certificate must be CA-Signed, which means that it is issued by a trusted certificate authority (CA) that verifies the identity of the sender. The other options are not valid certificates for this purpose. The default client certificate from the Develop–> API Menu is a self-signed certificate that is used for testing purposes only and does not provide adequate security. The default client certificate or a certificate from Certificate and Key Management menu is too vague and does not specify whether the certificate is CA-Signed or self-signed. The self-signed certificates from the Certificate & Key Management menu are certificates that are generated by Salesforce without any verification by a CA, and they are not recommended for production use.

References: [Outbound Messages], [Sign Outbound Messages with a Certificate], [CA-Signed Certificates], [Default Client Certificate], [Self-Signed Certificates]

The two role combinations that are represented by the systems in the scenario are Salesforce as the service provider and Google as the identity provider, and Salesforce as the service provider and Facebook as the identity provider. This means that Salesforce hosts the customer community app and relies on Google or Facebook to authenticate the users who log in with those options4. Therefore, option B and D are the correct answers.

References: Salesforce as Service Provider and Identity Provider for SSO

 To meet the requirement of having active community users review and accept the community rules and update key contact information before their annual partner event, the identity architect should create a login flow that conditionally prompts users who have not accepted the new community rules and who have missing or outdated information. A login flow is a custom post-authentication process that can be used to add additional screens or logic after a user logs in to Salesforce. By creating a login flow, the identity architect can check the user’s status and information and display the appropriate screens for them to review and accept the community rules and update their contact information. References: Login Flows, Create a Login Flow

The two scope values that an architect should recommend to UC are api and refresh_token. The api scope allows the app to access the Salesforce REST API and use custom objects and custom Apex code. The refresh_token scope allows the app to obtain a refresh token that can be used to get new access tokens without requiring the user to re-enter credentials. Option A is not a good choice because the custom_permissions scope allows the app to access custom permissions in Salesforce, but it does not affect how the app can access the REST API or avoid user re-authentication. Option D is not a good choice because the full scope allows the app to access all data accessible by the user, including the web UI and the API, but it may be unnecessary or insecure for UC’s requirement. References: OAuth 2.0 Web Server Authentication Flow, Digging Deeper into OAuth 2.0 on Force.com

 The OAuth feature of Salesforce that should be used to restrict the types of resources mobile users can access is scopes. Scopes are parameters that specify the level of access that the mobile app requests from Salesforce when it obtains an OAuth token. Scopes can be used to limit the access to certain resources or actions, such as API calls, full access, web access, or refresh token. By configuring scopes in the connected app settings, Universal Containers can control what the mobile app can do with the OAuth token and protect against unauthorized or excessive access.

References: [OAuth Scopes], [Connected Apps], [OAuth Authorization Flows]

 these are the optimal actions to troubleshoot a SAML error. According to the Salesforce documentation1, you can use the following methods to debug a SAML error:

• Use a browser that has an add-on/extension that can inspect SAML. This will allow you to see the SAML request and response messages and identify any issues with the SAML assertion or the SAML response2.
• Paste the SAML Assertion Validator in Salesforce. This is a tool that helps you validate the last SAML operation on your organization and shows you any errors or warnings with the SAML assertion or the SAML response1.

Option A is incorrect because the Callback URL is not related to SAML SSO. The Callback URL is used for OAuth SSO, which is a different protocol3. Option D is incorrect because using the browser’s Development tools to view the Salesforce page’s markup will not help you debug a SAML error. The page’s markup does not contain any information about the SAML request or response4.

References: 1: SAML Login Errors - Salesforce 2: How to Troubleshoot a Single Sign-On Error | Salesforce Ben 3: Identity Providers and Service Providers - Salesforce 4: Single Sign-On - Salesforce

To enable self-registration for their Salesforce partner community users, UC should modify the communities’ self-registration controller to assign the profile and account based on the custom data elements from the partner user1. UC should also configure registration for communities to use a custom Visualforce page to capture the custom data elements from the partner user2. Therefore, option A and C are the correct answers.

References: Salesforce Partner Community, Partner Community Registration Guide

The Entity Id is the SAML SSO setting in Salesforce that provides the capability to differentiate Salesforce from other service providers. The Entity Id is a unique identifier for the service provider that is sent to the identity provider as part of the SSO request4. The identity provider uses the Entity Id to determine which service provider configuration to use and which SAML assertion to send back5. The other options are not valid SAML SSO settings for this purpose. The Identity Provider Login URL is the URL of the identity provider’s SSO service that Salesforce redirects the user to for authentication4. The Issuer is the unique identifier for the identity provider that is sent by the identity provider as part of the SAML response4. The SAML Identity Location is the location of the user’s identity in the SAML assertion, either in the Subject element or in an Attribute element4.

References: Configure SSO with Salesforce as a SAML Service Provider, Set Up Single Sign-On for Your Internal Users

The role of Active Directory in this scenario is an identity provider. An identity provider is an application that authenticates users and provides information about them to service providers6. A service provider is an application that provides a service to users and relies on an identity provider for authentication6. In this scenario, the employee portal is a service provider that provides collaboration features to employees and relies on Active Directory for authentication. Active Directory is an identity provider that authenticates employees using their corporate credentials and sends information about them to the employee portal7. References: Identity Provider Overview, Configure SSO to Salesforce Using Microsoft AD FS as the Identity Provider

My Domain is a feature that allows you to personalize your Salesforce org with a subdomain within the Salesforce domain. For example, instead of using a generic URL like https://na30.salesforce.com, you can use a custom URL like https://somethingReallycool.my.salesforce.com 10. My Domain should be enabled in Salesforce as a prerequisite for the following reasons:

• My Domain lets you work in multiple Salesforce orgs in the same browser. Without My Domain, you can only log in to one org at a time in the same browser.
• My Domain lets you set up single sign-on (SSO) with third-party identity providers (IdPs). SSO is an authentication method that allows users to access multiple applications with one login and one set of credentials. With My Domain and SSO, users can log in to Salesforce using their corporate credentials or social accounts.
• My Domain lets you customize your login page with your brand. You can add your logo, background image, right-frame content, and authentication service buttons to your login page.

References:

• My Domain
• [Customize Your Login Process with My Domain]

These are the steps required to enable Salesforce as a SAML Identity Provider and use the App Launcher to access external applications. According to the Salesforce documentation1, you need to:

• Enable Salesforce as a SAML Identity Provider with My Domain2.
• Create a Connected App for each external application that you want to integrate with Salesforce3.
• Add each Connected App to the App Launcher with a Start URL that points to the external application1.

Option B is incorrect because setting up an Auth Provider is not necessary for SAML SSO. Auth Providers are used for OAuth SSO, which is a different protocol4. Option D is incorrect because Identity Connect is a tool for synchronizing user data between Active Directory and Salesforce, which is not related to SSO or App Launcher5.

References: 1: App Launcher - Salesforce 2: Enable Salesforce as a SAML Identity Provider 3: Connected Apps Overview 4: Identity Providers and Service Providers - Salesforce 5: Identity Connect Overview

To broker authentication from its enterprise SSO solution through Salesforce to third party applications using SAML, Salesforce Identity plays the role of a Service Provider (SP). A SP is an entity that relies on an Identity Provider (IdP) to authenticate and authorize users. In this scenario, the enterprise SSO solution is the IdP, Salesforce is the SP, and the third party applications are the Resource Servers or Client Applications. The SP receives a SAML assertion from the IdP and uses it to obtain an access token from the Resource Server or Client Application. References: SAML Single Sign-On Settings, Authorize Apps with OAuth

In a SAML-based SSO scenario, the identity provider (IdP) is the system that performs authentication and passes the user’s identity and authorization level to the service provider (SP), which trusts the IdP and authorizes the user to access the requested resource1. In this case, PingFederate is the IdP that authenticates users for UC and sends SAML assertions to the SPs. The SPs are the systems that rely on PingFederate for authentication and provide access to their services based on the SAML assertions. The SPs in this scenario are Salesforce Org1, Salesforce Org2, Financial System, and CPQ System2. Therefore, the correct answer is B.

References:

• SAML web-based authentication guide
• SAML-based single sign-on: Configuration and Limitations

Configuring Mobile App settings in connected app and Salesforce as identity provider for non-Salesforce internal apps is the best way to meet the requirements with the privately distributed mobile app. The Mobile App settings allow users to download the app from a private URL and use it with Salesforce credentials. The identity provider settings allow users to access other internal apps with SSO using Salesforce as the IdP. The other options are either not feasible or not optimal for this use case. References: Mobile App Settings, Single Sign-On for Desktop and Mobile Applications using SAML and OAuth

Setting the Identity Provider as default and enabling the Redirect to the Identity Provider setting on the SAML Configuration will automatically redirect users to the login page of the external Identity Provider when using an SP-Initiated SAML flow with Salesforce as a Service Provider1. Option A is incorrect because Visualforce is not a supported method for redirecting users to the Identity Provider login page2. Option B is incorrect because enabling the Redirect to the Identity Provider setting under Authentication Services on the My Domain Configuration will only redirect users to the Identity Provider login page when using an IdP-Initiated SAML flow3. Option C is incorrect because removing the Login page from the list of Authentication Services on the My Domain configuration will not affect the SP-Initiated SAML flow, and may cause other issues with authentication4.

References: SAML SSO Flows, Set up a Service Provider initiated login flow, Configure SAML single sign-on with an identity provider, SAML Identity Provider Configuration Settings

Enabling Two-Factor Authentication (2FA) in Salesforce can mitigate the security risks of users accessing Salesforce from a public Wi-Fi access point or choosing passwords that are the same as their Facebook password. 2FA is an additional layer of protection beyond your password that requires users to verify their identity with another factor, such as a mobile app, a security key, or a verification code. This can prevent unauthorized access even if the user’s password is compromised or guessed by a malicious actor. The other options are not directly related to 2FA, but rather to user behavior or password policies.

To allow Salesforce profiles to be managed from a central system of record, the architect should recommend to implement JIT provisioning on the SAML IDP that will pass the profile ID in each assertion. JIT provisioning is a process that creates or updates user accounts on Salesforce based on information sent by an external identity provider (IDP) during SAML authentication. By passing the profile ID in each assertion, the IDP can control which profile is assigned to each user. Option B is not a good choice because creating an Apex scheduled job in one org that will synchronize the other orgs profile may not be scalable, reliable, or secure. Option C is not a good choice because implementing Delegated Authentication that will update the user profiles as necessary may not be feasible, as Delegated Authentication only verifies the user’s credentials against an external service, but does not pass any other information to Salesforce. Option D is not a good choice because implementing an OAuth JWT flow to pass the profile credentials between systems may not be suitable, as OAuth JWT flow is used for server-to-server integration, not for user authentication.

References: Authorize Apps with OAuth, [Identity Management Concepts], [User Authentication]

To invalidate an existing Salesforce OAuth token, the external application needs to make a HTTP POST request to the revoke token endpoint, passing the token as a parameter. This will revoke the access token and the refresh token if available. The other options are not relevant for this scenario. References: Revoke OAuth Tokens, OAuth 2.0 Token Revocation

To provision a partner identity in Salesforce for a B2B collaboration site using SAML SSO, the identity architect should create a user and a related contact. A user record is required to authenticate and authorize the partner to access Salesforce resources. A contact record is required to associate the partner with an account, which represents the partner’s organization. A contactless user or a person account are not supported for B2B collaboration sites. References: User and Contact Records for Partner Users, Create Partner Users

 To enable SP-initiated SSO using a SAML-based identity provider, UC needs to configure SAML SSO settings in Salesforce and set up a custom domain using My Domain feature. This allows UC to specify the identity provider information, such as the issuer, entity ID, certificate, and SAML assertion attributes. Delegated authentication is a different mechanism that allows Salesforce to delegate the authentication process to an external web service. A connected app is not required for SP-initiated SSO, but it is used for IDP-initiated SSO or OAuth flows. References: Certification - Identity and Access Management Architect - Trailhead, [Set Up My Domain], [Configure SAML Settings for Single Sign-On]

The two Salesforce license types that UC needs for its employees are Identity and Identity Connect licenses. According to the Salesforce documentation, “Identity licenses let your employees access any app that supports standards-based single sign-on (SSO). Identity Connect licenses let you integrate your Active Directory with Salesforce.” Therefore, option B and D are the correct answers. References: [Identity Licenses]

 Login Discovery Page and Embedded Login Page are two valid login page types for Experience Cloud sites. Login Discovery Page allows users to choose their preferred login method, such as username/password, SSO, or social sign-on. Embedded Login Page allows users to log in from any site page without being redirected to a separate login page. References: Login Discovery Page, Embedded Login

IDP-initiated SSO flow is when the user starts at the identity provider (IDP) site and then is redirected to the service provider (SP) site with a SAML assertion. This flow is suitable for UC’s scenario because they want to use their existing portal as the primary site and also enable seamless access to the partner community. The IDP-initiated flow does not require the user to log in again at the SP site, which is Salesforce in this case.

References: SAML SSO Flows, Single Sign-On, Salesforce Community Single Sign-on (SSO)

The three different attributes that can be used to identify the user in a SAML assertion when Salesforce is acting as a Service Provider are Federation ID, User Email Address, and Salesforce Username. According to the Salesforce documentation, “Salesforce supports three attributes for identifying users in a SAML assertion: Federation ID, User Email Address, and Salesforce Username.” Therefore, option A, D, and E are the correct answers.

References: [SAML Assertion Attributes]

JWT OAuth Flow is a protocol that allows a client app to obtain an access token from Salesforce by using a JSON Web Token (JWT) instead of an authorization code. The JWT contains information about the client app and the user who wants to access Salesforce. To use this flow, the client app needs to have a connected app configured in Salesforce. The connected app is a framework that enables an external application to integrate with Salesforce using APIs and standard protocols. To support JWT OAuth Flow, two settings need to be configured in the connected app:

• The Use Digital Signature option, which enables the connected app to verify the signature of the JWT using a certificate.
• The “api” OAuth scope, which allows the connected app to access Salesforce APIs on behalf of the user. References: JWT OAuth Flow, Connected Apps, OAuth Scopes

To allow customers to login using Facebook, Google, and other social sign-on providers, the identity architect should configure an authentication provider and a registration handler for each social sign-on provider. Authentication providers are configurations that enable users to authenticate with an external identity provider and access Salesforce resources. OpenID Connect is a protocol that allows users to sign in with an external identity provider, such as Facebook or Google, and access Salesforce resources. To enable this, the identity architect needs to configure an OpenID Connect Authentication Provider in Salesforce and link it to a connected app. A registration handler is a class that implements the Auth.RegistrationHandler interface and defines how to create or update users in Salesforce based on the information from the external identity provider. The registration handler can also be used to link the user’s social identity with their Salesforce identity and prevent duplicate accounts. References: OpenID Connect Authentication Providers, Social Sign-On with OpenID Connect, Create a Custom Registration Handler

To track login data, such as the average number of logins, who logged in more than the average number of times and who logged in during non-business hours, the identity architect should use Login Forensics. Login Forensics is a tool that analyzes login data and provides insights into user behavior and login patterns. Login Forensics can help identify anomalies, risks, and trends in user login activity. Login Forensics can also generate reports and dashboards to visualize the login data. References: Login Forensics, Analyze Login Data with Login Forensics

• It federates credentials control to authorized applications. This means that users can access multiple applications across different domains or organizations using one set of credentials, without having to share their passwords with each application1. The applications rely on a trusted identity provider (IdP) to authenticate the users and grant them access.
• It establishes trust between Identity store and service provider. This means that the IdP and the service provider (SP) have a mutual agreement to exchange identity information using standard protocols, such as SAML, OpenID Connect, or OAuth2. The IdP and the SP also share metadata and certificates to ensure secure communication and verification.
• It improves affiliated applications adoption rates. This means that users are more likely to use applications that are connected to their existing identity provider, as they do not have to create or remember multiple passwords3. This also reduces the friction and frustration of logging in to different applications, and enhances the user experience.

The other options are not features of federated single sign-on solutions because:

• It solves all identity and access management problems. This is false, as federated single sign-on solutions only address the authentication aspect of identity and access management, not the authorization, provisioning, governance, or auditing aspects. Federated single sign-on solutions also have some challenges, such as complexity, interoperability, and security risks.
• It enables quick and easy provisioning and deactivating of users. This is not necessarily true, as federated single sign-on solutions do not automatically create or delete user accounts in the service provider applications. Users still need to be provisioned and deprovisioned manually or through other mechanisms, such as just-in-time provisioning or SCIM.

References: Federated Identity Management vs. Single Sign-On: What’s the Difference?, What is single sign-on?, Single Sign-On (SSO) Solution, [Identity Management vs. Access Management: What’s the Difference?], [Federated Identity Management Challenges], [Just-in-Time Provisioning for SAML], [SCIM User Provisioning]

User Provisioning for Connected Apps allows Salesforce to create, update, and deactivate users in an external service such as Google Workspace based on user and permission set assignments in Salesforce. References: User Provisioning for Connected Apps

The recommended way to configure the IdP for seamless access is to use IdP-initiated SSO that passes the SAML token upon Salesforce resource access request. This means that the user logs in to the corporate portal first, and then clicks a link to access a Salesforce resource. The IdP sends a SAML response to Salesforce with the user’s identity and other attributes. Salesforce verifies the SAML response and logs in the user to the appropriate Salesforce org and community12. This way, the user does not have to log in again to Salesforce or enter any credentials3. References: 1: SAML SSO with Salesforce as the Service Provider 2: Set Up Single Sign-On for Your Internal Users Unit | Salesforce - Trailhead 3: What is IdP-Initiated Single Sign-On? – OneLogin

Use a custom connected app handler using Apex to dynamically allow access to the system based on whether the staff owns any open “classified” cases is the recommended solution for this scenario. A custom connected app handler is an Apex class that implements the ConnectedAppPlugin interface and can customize the behavior of a connected app. The custom handler can support new protocols or respond to user attributes in a way that benefits a business process. In this case, the custom handler can query the user’s open “classified” cases and grant or deny access to the classified information system accordingly. Use Apex trigger on case to dynamically assign permission sets that grant access when a user is assigned with an open “classified” case, and remove it when the case is closed is not a good solution, as permission sets are not related to SSO and cannot control access to external systems. Use custom SAML JIT provisioning to dynamically query the user’s open “classified” cases when attempting to access the classified information system is not feasible, as JIT provisioning is used to create or update user records in Salesforce, not in external systems. Use Salesforce reports to identify users that currently own open “classified” cases and should be granted access to the classified information system is not an automated solution, as it requires manual intervention and does not leverage SSO.

References: Certification - Identity and Access Management Architect - Trailhead, Create a Custom Connected App Handler, Manage Access Through a Custom Connected App Handler

An authentication provider is a configuration that allows users to log in to Salesforce using an external identity provider, such as Facebook, Google, or a custom one. When creating an authentication provider, two options that can be utilized are:

• A custom registration handler, which is a class that implements the Auth.RegistrationHandler interface and defines how to create or update users in Salesforce based on the information from the external identity provider.
• A custom error URL, which is a URL that users are redirected to when an error occurs during the authentication process. References: Authentication Providers, Create an Authentication Provider

 Active Directory Password Sync Plugin allows users to log in to Salesforce with their Active Directory password without using a VPN. Salesforce Identity Connect synchronizes users and groups between Active Directory and Salesforce and enables single sign-on. References: Active Directory Password Sync Plugin, Salesforce Identity Connect

The two OAuth flows that support refresh tokens are Web server and User-Agent. According to the Salesforce documentation2, “The web server authentication flow and user-agent flow both provide a refresh token that can be used to get a new access token.” Therefore, option A and C are the correct answers.

References: Salesforce Documentation

The best way to meet the requirements of UC is to implement Just-In-Time Provisioning on the mainframe to create the user on the fly. According to the Salesforce documentation, “Just-in-time provisioning lets you create or update user accounts on the fly when users log in to Salesforce using single sign-on (SSO).” This way, UC can authenticate users to Salesforce using their mainframe credentials and also create or update their user accounts in Salesforce without using a SAML provider. Therefore, option C is the correct answer.

References: [Just-in-Time Provisioning]

 The most appropriate license types for GS regional leads and the GS capacity planners are:

• Customer Community Plus license for GS regional leads. This license type allows external users, such as customers or partners, to access standard Salesforce objects, such as cases and dashboards, and custom objects in a community. This license type also supports role hierarchy, sharing rules, and reports. This license type is suitable for GS regional leads who need to report damage of goods using cases and access dashboards to track regional shipping KPIs.
• External Identity license for GS capacity planners. This license type allows external users to access a limited set of standard Salesforce objects, such as contacts and documents, and custom objects in a community. This license type also supports identity features, such as single sign-on (SSO) and social sign-on. This license type is suitable for GS capacity planners who need to access the third-party cloud analytics tool using Salesforce as the identity provider.

The other options are not appropriate license types for this scenario. Customer Community license for GS capacity planners would not allow them to access the third-party cloud analytics tool using SSO, as this license type does not support identity features. Identity license for GS regional leads would not allow them to access cases and dashboards in the community, as this license type does not support standard Salesforce objects. References: [Customer Community Plus Licenses], [External Identity Licenses], [Customer Community Licenses], [Identity Licenses]

Using the App Launcher with SSO and using a connected app are two features that can be utilized to provide users with login and identity services for the third-party application. The App Launcher allows users to access multiple apps from one location with SSO. The connected app allows users to authorize access to the third-party application using OAuth 2.0. The other options are either not relevant or not applicable for this use case. References: App Launcher, Connected Apps

Two-way SSL is a method of mutual authentication between two parties using digital certificates. A digital certificate is an electronic document that contains information about the identity of the certificate owner and a public key that can be used to verify their signature. A digital certificate can be either self-signed or CA-signed. A self-signed certificate is created and signed by its owner, while a CA-signed certificate is created by its owner but signed by a trusted Certificate Authority (CA). For setting up two-way SSL between Salesforce and an external system, two valid choices for digital certificates are:

• Use a self-signed certificate for Salesforce and a self-signed certificate for the external system. This option is simple and cost-effective, but requires both parties to trust each other’s self-signed certificates explicitly.
• Use a self-signed certificate for Salesforce and a trusted CA-signed certificate for the external system. This option is more secure and reliable, but requires Salesforce to trust the CA that signed the external system’s certificate implicitly.

References: Know more about all the SSL certificates that are supported by Salesforce, two way ssl. How to?

The Canvas framework supports OAuth 2.0 for authorization1. There are two OAuth flows that can be used to authenticate the third-party app using the canvas framework: User-Agent OAuth Flow and Web Server OAuth Flow2. The User-Agent OAuth Flow uses the Canvas JavaScript SDK to obtain an OAuth token by using the login function in the SDK2. The Web Server OAuth Flow redirects the user to the Salesforce OAuth authorization endpoint and then obtains an OAuth access token by making a POST request to the Salesforce OAuth token endpoint2. Both of these flows allow the third-party app to authenticate itself against Salesforce as the IdP. The SAML Single Sign-on flow can also be used to allow the third-party app to authenticate itself against UC’s IdP, which is another option for authentication3.

References: OAuth Authorization, Mastering Salesforce Canvas Apps, Integrate third-party applications via Canvas App

External Identity is the license that enables SSO for B2C applications using Salesforce Identity. It also provides self-registration, social sign-on, and user profile management features. References: Certification - Identity and Access Management Architect - Trailhead

Activating My Domain allows each org to have a unique domain name that can be branded to the specific business use case2. This can help users identify which org they are logging into and avoid confusion. Implementing SP-Initiated Single Sign-on flows enables users to start from a service provider (such as Salesforce) and be redirected to an identity provider (such as Active Directory) for authentication3. This can also allow deep linking, which means users can access specific resources within the service provider after logging in4. These two recommendations can address the complaints of the users who have licenses across multiple orgs.

JWT Bearer Flow allows the third-party system to authenticate to Salesforce using a digital certificate and a JSON Web Token (JWT) without any user interaction. It also provides a high level of security as it does not require sharing credentials or storing tokens. References: OAuth 2.0 JWT Bearer Token Flow

 To integrate the order fulfillment app with the Salesforce API using OAuth 2.0 protocol, the identity architect should use a Connected App and OAuth scopes. A Connected App is a framework that enables an external application to integrate with Salesforce using APIs and standard protocols, such as OAuth 2.0. OAuth scopes are permissions that define the specific data that an external application can access or modify in Salesforce. To use OAuth 2.0 protocol, the identity architect needs to configure a Connected App in Salesforce and assign the appropriate OAuth scopes to it, such as “api” or “full”. References: Connected Apps, OAuth Scopes

 B is correct because a third-party product can act as an Identity Provider (IdP) for both Salesforce and Google Apps and manage the user provisioning from a single place12. This reduces the administrative burden and provides a consistent user experience.

D is correct because Salesforce can act as an IdP and Google Apps can act as a Service Provider (SP) and they can use SAML or OpenID Connect for Single Sign-on (SSO)34. Salesforce also supports User Provisioning for Connected Apps, which allows the creation, update, and deactivation of users in Google Apps based on changes in Salesforce.

A is incorrect because building a custom app on Heroku as an IdP is not an optimal way to provision users and allow SSO. It would require more development and maintenance effort than using a third-party product or Salesforce as an IdP.

C is incorrect because Identity Connect is a tool that synchronizes users between Active Directory and Salesforce. It does not support Google Apps as a target system for user provisioning or SSO.

References: 1: Architect Journey: Identity and Access Management Trailmix - Trailhead 2: Free Salesforce Identity-and-Access-Management-Architect Questions … 3: [Single Sign-On Implementation Guide Developer Documentation] 4: [Social Single Sign-On with OpenID Connect Salesforce Developer YouTube] : [Authorize Apps with OAuth Trailblazer Community Documentation] : Identity Connect Implementation Guide Developer Documentation