SailPoint SailPoint Certified Identity Security Administrator Identity-Security-Administrator Exam Dumps: Updated Questions & Answers (October 2026)

The proposed statement is incorrect because the displayed search syntax is malformed. To search for identities whose account count falls within an inclusive numerical range, Identity Security Cloud uses range-query syntax with properly matched square brackets.

The correct expression is:

accountCount:[1 TO 4]

Square brackets indicate that both endpoints are included. Therefore, a correctly formatted query would return identities with account counts of 1, 2, 3, or 4. The displayed expression, however, is missing the closing square bracket and does not follow the documented range syntax correctly.

The accountCount field represents the number of accounts associated with an identity across connected sources. Range searches are useful when administrators need to identify identities with unusually low or high account ownership, investigate orphaned access patterns, or perform access-analysis activities.

Because the specific proposed command is syntactically incomplete, it cannot reliably be treated as the documented query that returns identities with one through four accounts.

Study Guide Reference: Platform — Search Query Syntax, Range Queries, Identity Search Fields.

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No. The term Directory Connection does not mean that Identity Security Cloud reads authentication credentials from an encrypted file stored in a filesystem directory. Directory Connection is SailPoint's pass-through authentication mechanism. For an identity profile configured with this sign-in method, administrators select an aggregated authentication source that corresponds to the identities in that profile. Users then authenticate by using the network password associated with their account on that source.

During authentication, Identity Security Cloud relies on the configured external directory source to validate the user's credentials. This is particularly common with enterprise directory systems such as Active Directory. The mechanism therefore enables users to use their organizational network credentials rather than maintaining an independent Identity Security Cloud password.

A prerequisite is that the authentication source and relevant accounts have been aggregated. An identity must also have an appropriately correlated account on the configured authentication source; otherwise authentication-source mismatch errors can occur.

No encrypted credential file in a local folder forms part of the documented Directory Connection authentication architecture.

Study Guide Reference: Access Management — Sign-In Methods, Directory Connection, Pass-Through Authentication and Authentication Sources.

The statement correctly describes the relevant Configuration Hub capability, although current SailPoint terminology generally refers to configuration backups, configuration files, and drafts rather than simply "templates." Configuration Hub is specifically designed to manage supported Identity Security Cloud configuration objects through backup, comparison, migration, and deployment operations.

An administrator can back up configuration objects from one tenant, establish a tenant connection, prepare a deployment draft, and migrate configurations into another tenant. This directly supports maintaining consistency between environments such as sandbox/staging and production. SailPoint explicitly documents deploying backups from one connected tenant to another.

Configuration Hub also supports exported sp-config JSON configuration files. Those files can subsequently be uploaded and used to migrate configurations between tenants, including tenants in different domains or regions where supported.

For recovery, Configuration Hub can restore supported configurations from previous automated or manual backups by preparing and deploying a draft. It is a configuration-management mechanism rather than a full business-data backup system.

Study Guide Reference: Platform — Configuration Hub, Configuration Backups, Tenant Connections, Configuration Files and Cross-Tenant Deployment.

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This action is valid. In Identity Security Cloud, the health state of an individual Virtual Appliance is exposed through VA status and alert indicators. A VA displaying a Connected status is operating normally and maintaining communication with the SailPoint tenant. Therefore, when an administrator reviews the appliances in a VA cluster and encounters a VA whose status is Connected, no remediation is required for that particular appliance.

The administrator should continue reviewing the remaining VAs because cluster health depends on the operational state of all participating appliances. Other statuses can require intervention. For example, an inactive or disconnected appliance can indicate network, configuration, certificate, or service-related problems. Warning and error indicators should be investigated to determine whether restart, connectivity troubleshooting, configuration correction, or escalation is required.

Consequently, treating a Connected VA as healthy and proceeding to inspect the next appliance is the correct operational response.

Study Guide Reference: Virtual Appliances — Monitoring Virtual Appliance Health, VA Status and Alert Messages.

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The statement does not describe the purpose of a SailPoint Virtual Appliance. A VA is primarily a secure connectivity and connector-execution component . It allows an Identity Security Cloud tenant to communicate with enterprise sources and applications that require connectivity from within the customer's controlled environment.

SailPoint describes a VA as a Linux-based virtual machine that connects the tenant to applications and sources by using SailPoint APIs, connectors, and integrations. The VA continuously makes outbound calls to the SailPoint cloud for operations such as polling its cluster queue, performing data aggregation, executing provisioning operations, and receiving software updates.

The VA architecture does reduce the need to expose internal systems directly to inbound cloud connections, but that is fundamentally different from eliminating databases that contain PII. Enterprise applications, identity repositories, HR systems, directories, and other governed sources may continue to store personally identifiable information according to their own business and regulatory requirements.

Therefore, PII database elimination is neither the VA's purpose nor a consequence of deploying one.

Study Guide Reference: Virtual Appliances — VA Architecture, Secure Source Connectivity, Outbound Communication and Connector Execution.

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The statement is correct. A user does not need an administrative User Level such as Certification Admin or Org Admin merely to review a certification that has legitimately been assigned to them. Certification administration and certification reviewing are separate permission concepts.

The SailPoint User Level Access Matrix shows that the ordinary End User experience includes access to the Certifications functionality. This permits users to open certifications assigned to them, evaluate the relevant access items, record approval or revocation decisions, and sign off on the certification. Elevated Certification Admin permissions are instead required for administrative functions such as managing certification campaigns and broader certification configuration.

This design is essential because certification reviewers are commonly business managers, entitlement owners, source owners, Governance Group members, or other business stakeholders who should not require broad administrative privileges merely to participate in governance reviews.

Therefore, if a standard user has been properly assigned certification-review responsibility, ordinary user permissions are sufficient to perform that review.

Study Guide Reference: Platform — User Levels, End User Permissions, Certification Reviewers and Certification Administration.

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This statement is correct and closely matches SailPoint's official definition of a source. Identity Security Cloud does not treat an external enterprise system itself as being physically contained within the tenant. Instead, it creates a source definition representing that application, database, directory, HR system, or other managed environment.

The source definition supplies the governance context through which Identity Security Cloud interacts with the underlying system. A connector gathers account and access information and associates that data with the source. Identity Security Cloud can then correlate source accounts to identities, aggregate entitlements, model access, perform certifications, support access requests, and—in the case of writable connectors—provision changes back to the external system.

SailPoint's current source-management documentation explicitly defines a source as the Identity Security Cloud representation of a third-party enterprise application, database, or directory-management system maintaining its own user accounts or personnel records.

This distinction between source and connector is important: the source is the governed system representation, while the connector provides the technical mechanism used to communicate with that system.

Study Guide Reference: Sources — Source Definitions, Connector Definitions, Source Accounts and Enterprise System Integration.

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The statement is valid. Multi-Factor Authentication (MFA) strengthens authentication by requiring more than a single verification mechanism before access is granted. Authentication factors are generally categorized as something the user knows, something the user possesses, or something the user inherently is. Requiring multiple factors substantially reduces the effectiveness of a compromised password because possession of that password alone is insufficient to complete authentication.

Identity Security Cloud supports MFA through an external authenticator application. When MFA is configured for an Identity Profile, affected users register an authenticator and subsequently provide a generated verification code during authentication. SailPoint also distinguishes sign-in MFA from two-factor verification used for password resets and account unlocking, where administrators can explicitly require users to complete two configured verification methods.

Therefore, the video's characterization of MFA as requiring two or more forms of verification correctly reflects the underlying security principle. MFA should not be confused with authorization: authentication establishes identity, whereas authorization determines what authenticated identities are permitted to access.

Study Guide Reference: Access Management — Multifactor Authentication, Authentication Factors, Strong Authentication and Identity Profile Sign-In Methods.

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The statement is incorrect because Governance Groups are not restricted to serving only as the primary owner of a Separation of Duties policy. Identity Security Cloud provides multiple ownership and governance assignments within SoD policy configuration.

For the Policy Owner , an administrator can select either an individual identity or a Governance Group. A policy can additionally have up to ten co-owners, and those co-owners may also include individuals or Governance Groups. Furthermore, the Violation Owner —the party responsible for handling violations generated by the policy—can be configured as an individual, an identity's manager, a Governance Group, or no explicitly selected owner, in which case responsibility can fall to the policy owner. SailPoint's current policy configuration documentation explicitly identifies these distinct ownership options.

Governance Groups are also used outside SoD policies. They can participate in access-request approvals, source ownership/governance, certification-related responsibilities, and scoped administration.

Therefore, saying Governance Groups can only be assigned as policy owners incorrectly limits their supported governance functions.

Study Guide Reference: Supporting Governance — Governance Groups, SoD Policy Ownership, Co-Owners and Violation Ownership.

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This is a valid description of Separation of Duties (SoD) as an identity-governance control. SoD policies define combinations of access that should not be held by the same identity because combining those privileges could enable fraud, unauthorized transactions, or circumvention of internal controls. A detective implementation analyzes existing access and identifies identities that already violate a defined policy, allowing administrators to investigate, mitigate, revoke access, or document an approved exception.

Preventive policy evaluation applies the same governance principle before problematic access is granted. During an access-request or provisioning process, the proposed access can be evaluated against policy rules so that a potential conflict is identified before the access change is completed. SailPoint documents SoD policies as conflicting-access definitions and also documents preventive policy evaluation in its governance model. These controls provide measurable evidence that an organization is actively enforcing access-risk policies rather than merely documenting them.

Study Guide Reference: Supporting Governance — Separation of Duties, Policy Rules, Detective and Preventive Controls.

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