Practice Free SCAIP Saviynt Certified Advanced IGA Professional (Level 200) Exam Questions Answers With Explanation

In Saviynt EIC, theservice account name generationis controlled through configuration-driven mechanisms to ensure consistency, automation, and compliance with naming standards.

Option A is correct because administrators can define naming conventions at theEndpoint level using the Service Account Name Rule. This allows dynamic generation of account names based on attributes such as application name, environment, or other identifiers, ensuring standardized naming across systems.

Option D is also correct since in many connector-based integrations, theCreate Account JSONconfiguration plays a role in provisioning. The account name can be derived or constructed within this JSON payload based on defined mappings and logic, especially for REST or custom connectors.

Option B is incorrect because service account creation in Saviynt is typically controlled and standardized; manual entry of account names is generally restricted or governed to avoid inconsistencies. Option C is incorrect because Global Configurations do not directly define service account naming rules in standard implementations.

Thus, the correct answers areEndpoint-based naming rules and Connection-level JSON configuration, ensuring automated and consistent service account naming.

Saviynt EIC provides multiple flexible integration options with ServiceNow to support different business and operational use cases. Therefore,Option D (All of the above)is correct.

ServiceNow as a Managed Application (Option A)allows Saviynt to treat ServiceNow like any other application, enabling account provisioning, deprovisioning, and access governance directly within ServiceNow using REST connectors.

ServiceNow as a Request Form (Option B)enables organizations to leverage ServiceNow’s front-end portal for access requests. Users can initiate requests in ServiceNow, which are then processed and fulfilled by Saviynt, ensuring seamless user experience while maintaining governance.

ServiceNow as a Ticketing System (ITSM) (Option C)is another key integration pattern where Saviynt generates tickets (incidents, requests, or tasks) in ServiceNow for approval workflows, provisioning actions, or tracking purposes. This ensures alignment with enterprise ITSM processes.

These multiple integration models provide flexibility, allowing organizations to choose the approach that best fits their operational and governance requirements.

In Saviynt EIC, workflows are a core component used to control approval processes for access requests, provisioning, and other identity lifecycle events. These workflows can be configured at multiple levels depending on the scope and granularity required.

Security System (A)supports workflow configuration to define approval processes at the application level. This allows organizations to enforce consistent approval logic for all endpoints associated with that system.

Endpoint (B)also supports workflow configuration, enabling more granular control where different endpoints within the same security system may require distinct approval processes. This is particularly useful in complex environments with varied access control requirements.

Entitlement Type (D)supports workflows to manage approvals specific to entitlement categories (such as roles, groups, or permissions), ensuring appropriate governance at a finer level.

Global Configuration (C), while important for system-wide settings, is not typically used to directly assign active workflows to access requests. Instead, workflows are selected and applied within modules like Security System, Endpoint, and Entitlement Type.

Thus, the correct modules supporting active workflow configuration areSecurity System, Endpoint, and Entitlement Type.

In Saviynt EIC,Password Policy precedence and enforcementdepend on where the policy is configured within the hierarchy of Security System and Connector.

Option A is correct because when password policies are defined at both levels, theSecurity System-level policy takes precedence. This ensures centralized governance and consistency across all endpoints under that security system.

Option B is also correct since Saviynt allows administrators to control password change permissions at a granular level using the“Change Password Access Query”at the endpoint. This enables restriction of password changes based on user attributes or conditions.

Option C is incorrect because connector-level policies do not override security system-level configurations when both are present.

Option D is correct because if no policy is defined at the security system level, theconnector-level password policy will be applied by default, ensuring that password rules are still enforced.

Thus, the correct answers areA, B, and D, reflecting Saviynt’s hierarchical and flexible password policy framework.

Setting up anEmergency Access Role (EAR)request in Saviynt EIC requires multiple coordinated configurations across different components of the system. Option A is correct because emergency access roles must be configured at therole level, where parameters such as emergency access flag, duration, justification requirement, and elevated privileges are defined.

Option C is also necessary becauseSAV Role Configurationscontrol which users (such as administrators or requesters) have the ability to request or manage emergency access roles. Without proper SAV role permissions, users cannot initiate or approve EAR requests.

Option D is equally important becauseworkflows defined under Global Configurationsgovern the approval process, escalation paths, and auditing requirements for emergency access. These workflows ensure that emergency access is properly controlled, reviewed, and revoked after use.

Since all these configurations collectively enable emergency access functionality in Saviynt, the correct answer isAll the above. This aligns with Saviynt best practices for implementing secure, auditable, and compliant emergency access management.

In Saviynt EIC, retrieving reports such as users and their assigned SAV roles can be achieved through multiple analytics and reporting mechanisms. The correct approaches areOptions A, B, and C, all of which leverage SQL-based analytics capabilities.

Option Ais correct because Saviynt allows administrators to create analytics using SQL queries and schedule them. The“Send Email As Attachment”feature enables automated report delivery, making it useful for periodic reporting and compliance requirements.

Option Bis also valid, as analytics results can be exported directly into formats like CSV or Excel, allowing further analysis or sharing outside the platform.

Option Cis correct because theData Analyzertool enables administrators to run SQL queries directly on the Saviynt database to retrieve real-time data for reporting and troubleshooting purposes.

Option D (Using enhanced query)is not considered a standard or distinct reporting mechanism in Saviynt for this use case.

Together, these methods provide flexible reporting options, supporting both real-time access and scheduled report distribution within Saviynt.

In Saviynt EIC, password management includes configurable notification mechanisms to securely communicate password changes or resets to users. When aHelpdesk performs a password reset, the appropriate configuration to notify the user is through theReset Password notification under Password Policy.

Option C is correct because Saviynt provides a dedicatedReset Password notification templatewithin password policy configurations. This ensures that whenever a password is reset (either by user self-service or by Helpdesk), the system triggers the configured email template to notify the user. This template can include secure messaging and instructions related to the new password or next steps.

Option A is incorrect because the system does not automatically share passwords without proper configuration. Option B applies tochange password scenarios initiated by users, not Helpdesk resets. Option D is not recommended, as User Update Rules are not designed specifically for password notification workflows.

Thus, configuring theReset Password notification under password policyis the correct and secure approach.

The error message"Connection Name Specified in accountJSON is not found"clearly indicates that the issue is related to theaccountJSON configuration, which directly corresponds toImportAccountJSONin Saviynt REST connector terminology. This JSON is responsible for handling account import (reconciliation) operations, including defining the connection name, API endpoints, and parsing logic for retrieving account data.

TheWSRETRY jobis typically used to retry failed web service (REST) operations, especially related to account imports or provisioning failures. Since the error explicitly referencesaccountJSON, it means the system is unable to locate the connection name defined within theImportAccountJSONconfiguration. This usually happens when the connection name is either misspelled, mismatched with the ConnectionJSON configuration, or incorrectly referenced.

Other options are incorrect becauseCreateAccountJSONis used for provisioning (account creation),ImportUserJSONis for identity import, andImportAccountEntJSONis primarily used for entitlement and combined account-entitlement imports.

Therefore, correcting the connection name inImportAccountJSONresolves this issue.

In Saviynt EIC, the correct configuration for controlling which roles appear in the Access Request screen is theRequest Roles Query / Role Request QueryunderGlobal Configuration. Saviynt’s official documentation forConfiguring Role Requestsstates that this setting is used tospecify a query to control the display of roles in Access Request, meaning only roles returned by that query are shown to the requester. That is exactly the use case in this question: filtering the visible role list by a user attribute such as country or location. A query can be written so that users from Country A see only the roles mapped for Country A.

The other options are not correct in this context.SAV Rolecontrols administrative UI permissions in Saviynt, not end-user role catalog filtering.Role Configuration - > User Queryis not the standard setting used to drive request-time role visibility for this scenario. Option D is incorrect because Saviynt explicitly supports this use case through the Request Roles Query capability.

In Saviynt EIC,Duplicate Identity Management (DIM)supports multiple mechanisms to detect duplicate identities across the identity lifecycle, makingOption D (All of the above)the correct answer.

Firstly, duplicate identities can be detectedduring user import (Option A)when data is ingested from authoritative sources like HR systems. Saviynt can apply matching rules and prevent or flag duplicates at the ingestion stage. Secondly, duplicates can be identified by executing theDuplicate Identity Detection Job (Option B), which is a detective control that scans existing identities in the repository and identifies potential duplicates based on configured correlation rules such as email, username, or employee ID.

Additionally, duplicates may also be identifiedduring manual updates in the Identity Repository (Option C)when administrators modify user attributes. If updated values match existing identities based on defined criteria, Saviynt can flag potential duplicates.

These multiple detection points ensure both proactive and reactive duplicate management, helping maintain identity data accuracy and preventing access risks associated with duplicate identities.

In Saviynt EIC,Technical Rulesare triggered based on lifecycle events related to user creation, updates, and imports, provided the defined conditions evaluate to true. The correct answers areB, C, and D.

Option Bis correct because duringImport Jobs, when users are brought into Saviynt from authoritative sources, Technical Rules are evaluated, and if conditions match, they are executed. This is a common mechanism for provisioning access during onboarding.

Option Cis also correct since when anew user is created via the UI, Technical Rules can be triggered if the user attributes meet the rule conditions. This ensures consistent provisioning regardless of how users are created.

Option Dis correct because when anexisting user is updated, and a User Update Rule is configured tore-run provisioning rules, it can trigger associated Technical Rules again.

Option Ais incorrect because deletion events typically trigger deprovisioning workflows rather than standard Technical Rule execution.

Thus, Technical Rules are triggered during import, creation, and update events—not deletion.

In Saviynt EIC,time-bound accessis a standard feature used to ensure that access granted to users is automatically revoked after a defined duration. This requirement is fulfilled by enabling thetime-bound configuration for roles under Global Configurations > Roles(Option B). Once this setting is enabled, users can request roles with a specified start and end date, and Saviynt automatically deprovisions the access when the validity period expires.

This capability is essential for enforcingleast privilege and compliance requirements, as it eliminates the need for manual revocation and reduces the risk of lingering access. The system leverages scheduled jobs to monitor and remove expired entitlements or roles.

Option A is incorrect because Dynamic Attributes are mainly used for form customization and conditional logic, not for enforcing access expiration. Option C (Emergency Access Role) is designed for temporary elevated access but follows a different configuration pattern and use case. Option D is not a valid standard approach for enabling automatic revocation.

Thus, enablingtime-bound roles in global configurationis the correct and scalable solution.

In Saviynt EIC, automation of campaigns based on identity changes is typically achieved usingUser Update Rules. These rules monitor changes in user attributes (such as department, role, manager, or status) and can trigger predefined actions when conditions are met.

Option A is correct because aUser Update Rule can be configured to trigger a campaignwhen specific attribute changes are detected. This allows organizations to automatically initiate certification campaigns when critical identity attributes change, ensuring continuous compliance and governance without manual intervention.

Option B is incorrect because connection attributes are primarily used for provisioning and integration logic, not for triggering campaigns. Option C is partially valid in a general sense, but scheduled campaigns do not dynamically react to attribute changes—they run on predefined schedules regardless of changes. Option D is incorrect because Saviynt supports automation through rules.

Thus,User Update Rules provide an event-driven mechanismto launch campaigns based on real-time user attribute changes, making Option A the correct answer.