IdentityIQ-Associate Sample Questions Answers

Yes. In SailPoint IdentityIQ, an application definition represents an external system or managed source and contains the configuration IdentityIQ needs to connect to and interact with that system. The selected connector determines which connectivity settings are required, and the application definition stores those values. Examples can include server host, port, credentials, JDBC URL, file path, API endpoint, tenant information, authentication parameters, or other connector-specific settings.

This connectivity information enables IdentityIQ to perform operations such as account aggregation, group aggregation, schema discovery, entitlement collection, and provisioning where the connector supports write operations. The exact fields vary by connector type, which is why an LDAP, JDBC, Delimited File, Active Directory, or Web Services application may expose different configuration requirements.

Therefore, the statement is accurate: application definitions contain the communication and connectivity configuration used by IdentityIQ to access the application. Reference topics: Applications, application definition, connector selection, connector-dependent settings, account aggregation, schema configuration, and provisioning support.

No. The “Detect deleted accounts” aggregation task option is not used to ignore accounts that were previously deleted from IdentityIQ. Its purpose is to compare the accounts returned by the current aggregation with the accounts already stored in IdentityIQ for that application. When an account exists in IdentityIQ but is no longer found in the authoritative aggregation results from the source application, IdentityIQ can treat that account as deleted or removed from the target system.

This option helps keep IdentityIQ’s account inventory accurate by identifying stale Links that remain in IdentityIQ even though the corresponding account is no longer present on the application. It is especially important for governance accuracy because certifications, policy checks, identity warehouse views, and access reporting rely on current account and entitlement data.

The statement is incorrect because it reverses the behavior. Detecting deleted accounts is about recognizing accounts missing from the source during aggregation, not ignoring newly returned source accounts that were once deleted in IdentityIQ.

Reference topics: Applications, aggregation task options, account aggregation, deleted account detection, Link maintenance, IdentityCube account data, and application data reconciliation.

No. QuickLink Populations do not determine which identities can approve access requests. In SailPoint IdentityIQ, QuickLink Populations control the availability and scope of QuickLinks for users. They define who can initiate a specific request action, what type of request can be launched, and in many cases who the request can be submitted for. For example, they may allow an employee to request access for themselves or allow a manager to request access for direct reports.

Approval authority is handled separately through request workflows, approval schemes, approval rules, work item assignment logic, application or role owners, managers, governance groups, or configured business processes. When an access request is submitted, IdentityIQ evaluates the configured approval path to determine which identities receive approval work items. That approval routing is not controlled by the QuickLink Population itself.

Therefore, the statement is inaccurate. QuickLink Populations govern request initiation and visibility, while approval routing is governed by workflow and approval configuration. Reference topics: User-Driven Requests, QuickLink Populations, access request process, approval workflows, work items, and request authorization.

The statement is accurate. In SailPoint IdentityIQ LifeCycle Manager, the Manage Accounts feature is used for account-level request operations. It allows authorized users to request account changes on connected applications, including requesting an additional account when the target application and IdentityIQ configuration support multiple or additional accounts for the same identity.

This capability is controlled through the application definition, request configuration, QuickLink availability, provisioning policies, and workflow approvals. When an application supports additional accounts, IdentityIQ can present account-request options that allow the requester to create another account rather than only modifying or removing an existing one. The request is then converted into a provisioning plan, routed through configured approval logic, and fulfilled either automatically through the connector or manually through a work item.

This is different from requesting entitlements alone. Manage Accounts focuses on account lifecycle operations such as create, modify, delete, enable, disable, or unlock, depending on connector and application support. Therefore, allowing users to request additional accounts on applications configured to support them is a valid Manage Accounts function.

Reference topics: User-Driven Requests — account request types and operations; Provisioning — provisioning plans and provisioning policies; Applications — application configuration and connector support.

Defining corporate reporting hierarchies is not a primary purpose of Identity Governance and Administration. In SailPoint IdentityIQ, reporting hierarchy data is typically consumed from an authoritative source, such as an HR system, rather than created as the central objective of IGA. IdentityIQ may use manager relationships for identity correlation, access reviews, approval routing, escalation, lifecycle processing, and certification ownership, but the system’s purpose is not to design or maintain the enterprise organizational chart.

IGA focuses on identity security outcomes: determining who users are, what access they have, whether that access is appropriate, how access was granted, and how inappropriate or risky access should be remediated. Manager and reporting-line data supports these controls, but it is supporting identity context, not the governance objective itself.

For example, a manager attribute may be used during Identity Refresh, certification generation, or access request approval. However, the business function of defining the reporting hierarchy normally remains with HR or organizational management systems.

Reference topics: Foundational Concepts — purpose of identity security; Identity Modeling — manager correlation and IdentityCube attributes; Governance — certification ownership and approval routing.

The statement is false. In IdentityIQ, an account attribute is defined within a specific application account schema and represents data stored on an account link for that application. Its value is obtained from the account data aggregated from that particular application connector. For example, an account attribute such asmemberOf,department,title, oraccountStatusbelongs to the account schema of a defined application and is populated from that application’s aggregation results.

The concept of sourcing values from several applications applies more directly to identity attributes, not account attributes. Identity attributes reside on the IdentityCube and may be derived from authoritative sources, account links, rules, mappings, or precedence logic across multiple applications. IdentityIQ uses identity attribute configuration to normalize data such as department, location, manager, email, or lifecycle state at the identity level.

Therefore, while multiple applications may contain similarly named account attributes, each account attribute value is tied to its own application account schema and account link. It is not a single shared account attribute sourced from several applications.

Reference topics: Applications — account schema attributes; Identity Modeling — identity attributes versus account attributes; Identity Refresh — updating IdentityCube attributes.

Yes. In SailPoint IdentityIQ, some application connectors include predefined schema information because the structure of accounts and groups on those target systems is well known to the connector. When an application is created and a specific connector type is selected, IdentityIQ may automatically populate schema elements such as the account schema, native identity attribute, display attribute, common account attributes, and sometimes group or entitlement schema definitions. This is common for standard connectors where the managed system has a predictable object model.

However, predefined does not mean final or immutable. The application administrator must still review and adjust the schema to ensure it accurately represents the implementation, including which attributes are aggregated, which attributes are searchable, which attributes are entitlements, and which attributes are used for identity correlation. Other connector types, such as generic JDBC, delimited file, or custom connectors, may require more manual schema definition.

This statement is therefore accurate because connector selection can provide default schema structure. Reference topics: Applications, connector selection, account schema, group schema, schema attributes, aggregation configuration, and application definition.

Yes. In SailPoint IdentityIQ, connector selection determines not only how IdentityIQ communicates with the target application, but also which operations the connector is capable of supporting. The connector featureString identifies connector capabilities exposed to IdentityIQ. These capabilities can include whether the connector supports account aggregation, group aggregation, schema discovery, provisioning, password management, authentication, or other connector-specific functions.

This is important because IdentityIQ uses connector capabilities to determine which configuration options and operational behaviors are valid for the application. For example, a connector that supports provisioning can write account or entitlement changes back to the managed system through provisioning plans. A read-only connector, by contrast, may support aggregation but not allow IdentityIQ to create, modify, disable, or delete accounts on the target. Therefore, the featureString helps define whether the connector can perform write operations against the application.

The statement is accurate because the connector’s advertised features directly describe functional capabilities, including the ability to write changes where supported. Reference topics: Applications, connector selection, application definition, connector-dependent settings, provisioning support, aggregation behavior, and connector capabilities.

Yes. In SailPoint IdentityIQ, preventive policy checking evaluates proposed access changes before the request is completed or provisioned. When a user submits an access request, IdentityIQ can analyze the requested roles, entitlements, or account changes against configured policies, including separation-of-duty and other access-control policies. If the requested access would create a policy violation, IdentityIQ can present a notification or warning to the requester during the request process.

This notification allows the requester to understand that the requested access conflicts with defined governance rules before the request proceeds further. Depending on configuration, IdentityIQ may allow the request to continue with warning, require additional approval or mitigation, or prevent the request from being submitted. The behavior is controlled by policy configuration, request workflow, and preventive checking settings.

Therefore, the statement is accurate: IdentityIQ can notify the requester when an access request will cause a policy violation. Reference topics: Governance, policy detection, preventive policy checking, access request evaluation, policy violations, and User-Driven Requests.

The statement is false. The Identity Refresh task is used to update and recalculate identity-related data in IdentityIQ, not to manage open work item reminders. Its purpose is to refresh IdentityCubes after aggregation or identity data changes. Depending on selected task options, Identity Refresh can recalculate identity attributes, apply correlation-related updates, refresh role assignments and detections, evaluate policies, process lifecycle events, update risk-related data, and ensure that the identity model reflects the current state of authoritative and application data.

Open work items belong to IdentityIQ’s workflow and governance execution layer. Reminders, escalations, expirations, and related work item follow-up behavior are handled through work item configuration, workflow behavior, certification configuration, and maintenance-style processing rather than the Identity Refresh task. Although Identity Refresh may trigger downstream actions such as lifecycle events or policy evaluation, it is not the task responsible for notifying users about pending approvals or review items.

Therefore, sending reminders for open work items is outside the purpose of Identity Refresh. Reference topics: Identity Modeling — common Identity Refresh options; Foundational Concepts — tasks versus workflows; Governance — work items, certifications, reminders, and escalation behavior.

No. This definition does not describe an Identity Cube. In SailPoint IdentityIQ, an Identity Cube is the central identity record that represents a person or identity within IdentityIQ. It consolidates identity attributes, correlated application accounts, entitlements, assigned roles, detected roles, manager relationship, policy violations, lifecycle state, and other governance-relevant information. The Identity Cube is the primary object used by IdentityIQ to understand who a user is and what access that user has across connected systems.

The statement given describes provisioning, not an Identity Cube. Provisioning is the process of adding, removing, or modifying a user’s access on an application. Examples include creating an account, changing account attributes, adding an entitlement, removing group membership, disabling an account, or deleting an account.

Therefore, the definition is inaccurate because it describes an access-change process, while an Identity Cube is an identity data model. Reference topics: Identity Modeling, IdentityCube contents, application account correlation, entitlements, roles, Provisioning, account requests, and access-change fulfillment.

Yes. This is a primary use of the entitlement catalog in SailPoint IdentityIQ. Entitlements aggregated from target applications are often technical values, such as group names, permission codes, directory groups, database roles, or application-specific access identifiers. These values may be meaningful to administrators but unclear to business reviewers, requesters, managers, or access approvers. The entitlement catalog enriches those technical access values with governance metadata, including user-friendly display names, descriptions, ownership, classification, requestability, and other attributes used across IdentityIQ.

This enriched entitlement data improves decision quality in access requests, certifications, and reports. During an access request, a requester can search and select understandable access items. During a certification, a reviewer can make better approve-or-revoke decisions because the entitlement is presented with meaningful business context. In reporting, catalog metadata makes access analysis clearer and more usable for audit and compliance teams.

Therefore, providing user-friendly entitlement display names for access requests, reports, and certifications is a correct entitlement catalog function. Reference topics: Access Modeling — entitlement catalog purpose; Governance — certifications and review context; User-Driven Requests — access request display; Applications — entitlement aggregation from group/account schemas.

The statement is false. In SailPoint IdentityIQ, account attributes are updated through application aggregation, not through the Identity Refresh task. Account attributes belong to account links for a specific application and are defined in that application’s account schema. When an aggregation task runs, IdentityIQ connects to the target application using the application definition and connector configuration, reads account data, and updates the account/link attributes stored in IdentityIQ.

The Identity Refresh task performs a different function. It operates on IdentityCubes and recalculates identity-level information using data already present in the IdentityIQ repository. Identity Refresh can update identity attributes, refresh role assignments, evaluate policies, process lifecycle events, update manager relationships, and recalculate governance state. It does not directly re-read account attribute values from connected systems.

This distinction is central to IdentityIQ’s data model: account attributes describe accounts on applications, while identity attributes describe the consolidated user identity. Therefore, account attribute updates come from aggregation, while identity attribute updates may occur during Identity Refresh.

Reference topics: Applications — application account schema and aggregation; Identity Modeling — identity attributes versus account attributes; Identity Refresh task options.

No. An Identity Cube is not an IdentityIQ account. In SailPoint IdentityIQ, the Identity Cube is the central identity record that represents a person or identity being governed by the platform. It consolidates identity attributes, correlated application accounts, account links, entitlements, assigned roles, detected roles, manager relationship, lifecycle state, policy violations, and other governance-relevant information.

An “IdentityIQ account” usually refers to a login account or user object that allows someone to access the IdentityIQ application itself. That is different from the Identity Cube, which is used to model the user’s enterprise identity and access across connected systems. For example, one Identity Cube may contain links to multiple accounts such as Active Directory, Workday, ServiceNow, database accounts, and cloud application accounts.

Therefore, the proposed definition is inaccurate because it confuses an application login account with the broader identity model used for governance. Reference topics: Identity Modeling, IdentityCube contents, identity attributes, application account links, entitlements, roles, manager correlation, and Identity Warehouse.

No. QuickLink Populations do not control which capabilities are granted to an identity. In SailPoint IdentityIQ, capabilities are administrative permission sets assigned to identities to determine what system-level functions they can perform, such as administration, certification management, report access, or other privileged IdentityIQ operations. Capabilities are part of the identity’s authorization model and are managed separately from QuickLink Population configuration.

QuickLink Populations serve a different purpose. They determine which QuickLinks are visible and usable for a defined population of users, and they can also influence request behavior such as who may perform a request, what actions are available, and for whom the request may be submitted. For example, a QuickLink Population may allow certain users to request access for themselves, request access for others, edit identities, or initiate password-related actions, depending on configuration.

Therefore, QuickLink Populations control access to request actions and QuickLink availability, not the granting of IdentityIQ capabilities themselves. Reference topics: User-Driven Requests, QuickLink Populations, identity authorization, capabilities, access request configuration, and self-service request controls.

Yes. Lifecycle Events in SailPoint IdentityIQ are defined to detect significant identity changes and trigger the appropriate business process in response. Organizations commonly use them to automate joiner, mover, and leaver scenarios. A joiner event may be triggered when a new identity is created or becomes active. A mover event may be triggered by changes such as department, job title, manager, location, or business unit. A leaver event may be triggered when an identity’s employment status or lifecycle state indicates termination.

The lifecycle event configuration defines the condition to monitor and the business process or workflow to execute when that condition is met. This allows IdentityIQ to automate access provisioning, role assignment, account creation, access removal, account disablement, approvals, notifications, and other lifecycle-driven actions.

Therefore, the statement is accurate. Lifecycle Events are specifically used to define what identity data changes should initiate joiner, mover, or leaver processing.

Reference topics: Provisioning, Lifecycle Events, joiner-mover-leaver processing, identity attribute changes, business processes, workflows, and event-driven provisioning.

The statement is true. In SailPoint IdentityIQ, manager relationships are an important part of the identity model and are frequently used by workflows. Once an identity’s manager is resolved through manager correlation, IdentityIQ can use that manager relationship in governance and request processes. A workflow may route an approval work item to the requester’s manager, notify the manager about a submitted request, request a decision during access approval, or involve the manager in lifecycle-related actions such as onboarding, transfer, or termination processing.

Managers are commonly used because they represent business accountability for a user’s access. For example, in an access request workflow, the manager may approve or reject requested roles, entitlements, or accounts before provisioning occurs. In certification workflows, managers may also be assigned review responsibility for their direct reports’ access.

Therefore, IdentityIQ workflows can interact with managers both for approvals and notifications. Reference topics: Identity Modeling — manager correlation and IdentityCube relationships; User-Driven Requests — approval routing; Provisioning — workflow-driven provisioning; Governance — manager certifications and access review ownership.

The statement is false. IdentityIQ does not apply a universal rule that removes uncorrelated IdentityCubes after 30 days. Uncorrelated accounts or uncorrelated identity records result from aggregation and correlation processing when IdentityIQ cannot confidently associate an account from an application with an existing IdentityCube. These records remain available for administrative review and remediation until they are resolved through correlation logic, manual correlation, re-aggregation, identity refresh activity, or configured cleanup processes.

The key point is that retention and removal behavior is configuration-driven, not controlled by a fixed 30-day product rule. Administrators may use tasks, aggregation settings, pruning behavior, or lifecycle processes to clean up stale identity or account data, but such actions depend on implementation choices and task configuration. IdentityIQ preserves uncorrelated data because it may represent a real account requiring governance, certification, policy evaluation, or investigation.

Therefore, the assertion that uncorrelated IdentityCubes are automatically removed after 30 days is incorrect. Reference topics: Applications, uncorrelated account resolution, correlation configuration, aggregation results, IdentityCube association, identity refresh, and administrative cleanup tasks.