Saviynt Updated SCAIP Exam Questions and Answers by ioan

Saviynt’sDuplicate Identity Management (DIM)feature is designed to identify, analyze, and remediate duplicate identities within the Identity Repository, ensuring data integrity and governance. All the listed actions are core capabilities of DIM, makingOption D (All of the Above)the correct answer.

Firstly, DIM enablesduplicate detectionboth during identity import (pre-processing stage) and for already existing identities using detective jobs. This ensures that duplicates are identified proactively and retrospectively. Secondly, DIM provides aside-by-side comparison view, allowing administrators or reviewers to analyze ambiguous duplicate records and decide whether they should be merged. This comparison highlights attribute-level differences for informed decision-making.

Finally, after merging duplicate identities, Saviynt allows administrators todeactivate or retire redundant identities, ensuring only a single authoritative identity remains active. This helps maintain clean identity data and prevents access risks.

Together, these features support identity consolidation, reduce redundancy, and improve overall governance, making DIM a critical component of Saviynt’s intelligence and analytics capabilities.

In Saviynt EIC, password management is highly configurable, allowing organizations to defineseparate password policies for different account types, including service accounts and regular user accounts. This requirement is achieved by creating a dedicated password policy specifically for service accounts and associating it appropriately within the system.

Option A is correct because Saviynt allows administrators to define aseparate Password Policy for Service Accountsand map it using thePolicy Rule Service Account field under the Security System configuration. This ensures that when service account operations such as password resets or provisioning occur, the system enforces the correct policy distinct from regular user accounts.

Option B is incorrect since Saviynt supports multiple password policies and does not restrict to a single policy. Option C is incorrect because simply selecting a checkbox in password policy configuration does not link it to service account usage. Option D is incorrect as Global Configurations do not directly assign password policies for service accounts at the execution level.

Thus, configuring and mapping the policy at theSecurity System levelensures correct enforcement for service accounts.

Saviynt EIC provides multiple standardized approaches for integrating applications, primarily focusing onconnector-based integrationandapplication onboarding via the Design module. OptionA (Classic integration using connectors)is correct because Saviynt supports a wide range of out-of-the-box connectors such as Active Directory, REST, JDBC, SAP, etc. These connectors enable provisioning, deprovisioning, and account aggregation, forming the foundation of application integration in Saviynt.

OptionB (Application Onboarding using Design module)is also correct and represents a modern and structured way of onboarding applications. The Design module simplifies integration by allowing administrators to configure applications, schemas, and connections using a guided UI-driven approach. It ensures consistency, faster onboarding, and better governance alignment.

OptionC (Using Connector framework)is incorrect because it is not considered a separate integration method from an administrator’s perspective; rather, it is the underlying technical architecture that supports connectors. OptionD (Upload Connection file)is also incorrect, as Saviynt does not define application integration as a file-upload-driven process in its standard onboarding methodology.

Thus, the two valid integration methods aligned with Saviynt IGA Level 200 documentation are connector-based integration and Design module onboarding.

In Saviynt EIC,User Update Rulesare powerful automation mechanisms used to perform actions based on user attribute changes or conditions defined through SQL queries. These rules support multiple actions that help streamline identity lifecycle management.

Option A is correct because User Update Rules cantrigger Technical Rules, enabling further downstream processing such as provisioning, deprovisioning, or executing custom logic. This allows modular and scalable automation.

Option B is also valid since User Update Rules can be used togenerate usernames dynamicallybased on defined patterns or business logic, especially during onboarding or identity updates.

Option C is correct as well because these rules supportsending email notifications, which can be used for alerts, approvals, or informing stakeholders about identity changes.

Since all these actions are supported within User Update Rules, Option D (All the above) is correct. This highlights the flexibility of User Update Rules in handling automation, communication, and identity data transformations within Saviynt EIC.