Most Recent Saviynt SAVIGA-C01 Exam Dumps

User Account Correlation Rules in Saviynt are specifically designed to map imported accounts to existing users within the system. These rules define the logic for matching accounts to users based on various attributes, such as employee ID, email address, or username.

Why other options are incorrect:

Account to User Rule: This is not a standard rule type in Saviynt.

Account Name Rule: This might focus on naming conventions for accounts, not correlating them to users.

Technical Rule: This is a broader category of rules and doesn't specifically address account-user mapping.

Saviynt IGA Reference:

Saviynt Documentation: The section on Account Correlation Rules provides detailed information on how to configure these rules for different scenarios.

Saviynt Use Cases: Saviynt often provides examples and use cases demonstrating how to use User Account Correlation Rules to automate account mapping during imports.

To configure a single report that displays the account attributes of all the accounts to their respective Application Owners in Saviynt, the best approach is D. V2 Analytics using SQL Query with User Context. Here's a breakdown:

Saviynt's Analytics V2: This is Saviynt's newer analytics platform, offering more advanced features and flexibility compared to the older version.

SQL Query with User Context: This is the key to achieving the desired outcome. 'User Context' means that the query will be executed in the context of the currently logged-in user (in this case, the Application Owner).

How it Works:

Dynamic Filtering: When an Application Owner runs the report, the 'User Context' will automatically filter the data to show only the accounts that they own.

Security and Data Privacy: This ensures that each Application Owner only sees the data that they are authorized to access.

SQL Query Structure: The SQL query would likely involve a JOIN between the accounts table and a table that defines application ownership (e.g., applications), using a WHERE clause that filters based on the current user's ID or username. Something like this (syntax might need adjustment for Saviynt's specific SQL dialect):

SELECT a.*

FROM accounts a

JOIN applications app ON a.application_id = app.application_id

WHERE app.owner_id = ${CURRENT_USER_ID} -- This is the user context part

Why Other Options Are Less Suitable:

A . Use Elasticsearch Query: While Elasticsearch can be used for analytics, it might not be the best tool for this specific requirement, as it doesn't inherently support the concept of 'User Context' in the same way as SQL queries in Analytics V2.

B . V2 Analytics using SQL Query with External Connection: External connections are used to query data from external databases, which is not necessary in this scenario.

C . V2 Analytics using SQL Query with Allowed Action: Allowed Actions are used to define actions that can be performed on analytics results, not for filtering data based on user context.

Saviynt's Identity Repository is the central hub for storing and managing all identity-related information. It includes:

Users: Representing individuals and their attributes.

Accounts: Representing user access to specific systems or applications.

Entitlements: Representing permissions and access rights within those systems.

Roles: Representing collections of entitlements that define job functions or responsibilities.

Why other options are incorrect:

A, B, and D: These options include elements like Identity Rules, Workflows, and SAV Roles, which are important components of Saviynt but are not core parts of the Identity Repository itself.

Saviynt IGA Reference:

Saviynt Documentation: The section on the Identity Repository describes its function and the types of data it stores.

Saviynt User Interface: The Identity Repository is a key section within the Saviynt interface, where you can view and manage users, accounts, entitlements, and roles.

In Saviynt, Enterprise Roles are specifically designed to encompass entitlements that span multiple applications. This is in contrast to Application Roles, which are limited to entitlements within a single application.

Enterprise Roles: Provide a way to group entitlements across different applications, reflecting a user's overall job function or responsibilities within the organization. This is essential for managing access for users who need permissions in various systems to perform their duties.

Other Role Types:

Application Role: Grants permissions specific to a single application.

Transactional Role: Focuses on granting permissions for specific tasks or transactions within an application.

Enabler Role: Provides supplementary permissions that enhance or support other roles.

Saviynt IGA Reference:

Saviynt Documentation: The section on Role Management within Saviynt's documentation clearly defines the different role types and their purposes.

Saviynt Training Materials: Saviynt's training courses emphasize the importance of Enterprise Roles in managing cross-application access.

The statement is False. In the provided USER_IMPORT_MAPPING, USERNAME is the user attribute defined in EIC (Enterprise Identity Cloud), and wd:User_Name is the attribute defined in Workday. Here's a breakdown:

Saviynt's USER_IMPORT_MAPPING: This configuration within a connection (in this case, Workday RAAS) defines how data from the connected system (Workday) should be mapped to attributes within Saviynt's EIC.

ImportMapping: This section specifies the mapping between source attributes (Workday) and target attributes (EIC).

USERNAME: In the provided mapping, USERNAME (without the wd: prefix) is the target attribute, meaning it's an attribute within Saviynt's EIC.

wd:User_Name: The wd: prefix typically indicates a Workday attribute. Therefore, wd:User_Name is the source attribute from Workday.

~#~string: This likely indicates the data type of the attribute (string in this case).

Correct Interpretation: The mapping is saying: 'Take the value of the wd:User_Name attribute from Workday and map it to the USERNAME attribute in EIC.'

In essence: The USER_IMPORT_MAPPING defines how data from Workday is translated into Saviynt's internal data model, and in this case, USERNAME belongs to Saviynt (EIC), while wd:User_Name belongs to Workday.