DSPM- Deploy-and-Administer Certified Forcepoint DSPM - Professional: Deploy and Administer Exam Questions and Answers

The first step in configuring the Data Register is Creating Security Posture Policies . In Forcepoint DSPM, the Data Register is the governance workspace where an organization defines and manages its most important data assets, commonly described as “crown jewels.” Forcepoint’s Data Register structure lists three main areas in order: Security Posture Policies , Data Asset Inventory , and Review Status , making Security Posture Policies the starting point for register configuration.

A Security Posture Policy creates the formal representation of a governed data asset. The documented workflow is to navigate to Policy Center > Data Register > Security Posture Policies , click Add new Security Posture Policy , and define required details such as Asset Name , Department , Data Owner , and Data Mapping using a GQL query.

The other choices are not the first Data Register configuration step. Pattern Matching belongs to detection and classification logic, not Data Register setup. Data Mapping is important, but it is configured under Compliance Hub as the framework for Data Asset Inventory metadata fields. Reviewing policies in the Data Asset Inventory occurs after policies and asset definitions exist. References/topics: Policy Center, Data Register, Security Posture Policies, Data Asset Inventory, Data Mapping, Data Ownership .

Triggered Controls Orchestration rule events are found under Incidents . In Forcepoint DSPM, Controls Orchestration rules are designed to identify data that requires attention by evaluating selected datasets, such as files, trustees, or agent activities, against rule conditions. When a rule condition is met, the result is operationalized as an incident so the security or governance team can review the matched data and determine the appropriate response.

Forcepoint’s documentation states that each Controls Orchestration rule is “automatically added as a card in the Incidents tab,” and selecting an incident card takes the administrator back to the related rule. It also explains that the Incidents section provides a top-down view of all orchestration rules and available match results. The documented navigation path is Policy Center > Incidents .

The other options are not the correct location for triggered orchestration events. Default dashboards and overviews provide summary visibility, but they are not the dedicated rule-event review workspace. Analytics supports broader investigation and reporting, but Controls Orchestration match results are reviewed through the Incidents workflow. References/topics: Policy Center, Controls Orchestration, Incidents, Rule Match Results, Enterprise Search Review .

Administration > Taxonomy

Taxonomy tags are managed from the Administration menu, specifically under Administration > Taxonomy . In the screenshot, Adam should not select Policy Center ; the currently open menu shows Compliance Hub, Data Register, Controls Orchestration, and Incidents, but taxonomy management is not located there. The correct UI action is to open the Administration drop-down on the top navigation bar and select Taxonomy .

Forcepoint’s DSPM documentation states that the Taxonomy page displays predefined AI Mesh tags, which cannot be removed, and also allows administrators to add custom tags for pattern matching and detection rules. It further explains that taxonomy mapping can connect AI Mesh tags with data-source taxonomies so mapped tags can be written back as the organization’s own labels.

This location is important because taxonomy governs the classification language DSPM applies to scanned data. By updating taxonomy tags, Adam aligns DSPM classification output with the company’s internal handling policies, sensitivity labels, and compliance terminology. Forcepoint also notes that new taxonomy tags are created from the Taxonomy tab under the Administration section, and that applied tags are visible in the Data Asset Inventory. References/topics: Administration, Taxonomy, AI Mesh Tags, Classification Tags, Pattern Matching, Detection Rules .

The correct answers are Widgets and Panels . In Forcepoint DSPM Analytics, dashboards are organized as boards that present scan-derived security, compliance, and data-risk information. The primary structural components used to build those dashboards are panels and widgets. Forcepoint states that dashboards are “primarily constructed of panels and widgets,” and explains that each panel can contain one or more widgets. A panel acts as the container that organizes multiple visual components into a coherent dashboard layout, while a widget is the smaller information component that displays data from selected datasets such as files, trustees, connectors, or agents.

This structure matters because dashboards are not just static reports; they are configurable analytical workspaces. Widgets provide the actual data presentation, such as counters, charts, maps, text blocks, tables, incidents, dual data grouping, or multi-counter views. Forcepoint separately lists these as available widget types, each with its own customization options. Panels then provide the organizational layer that groups these widgets logically by use case, such as exposure, classification, incident review, user risk, or compliance posture. Toggle switches, menus, and status bars may appear in the interface, but they are not the dashboard-building elements. References/topics: Analytics, Components of a Dashboard, Widgets, Panels, Custom Dashboards .

Users/Administrator/Desk.../Technology Blueprint.csv

To view the file details for Technology Blueprint.CSV , select the diagonal expand/open-details icon on the far-left side of that file’s row in Enterprise Search . This icon appears before the row checkbox and before the file path. It is the row-level control used to open the detailed file view for the selected file.

Forcepoint DSPM’s Enterprise Search view presents discovered files in a tabular results format, with each row representing an individual scanned file and columns showing properties such as path, risk, classification, compliance, detector hits, attributes, keywords, and last classification date. Forcepoint documentation describes Enterprise Search as the location where each listed file has associated file details shown in columns and where administrators can refine displayed information through column configuration.

The checkbox is used for selecting the row for bulk or action-based operations, and the hamburger menu on the right provides additional row actions such as permissions or other menu-driven options. To inspect the file itself, the correct target is the left-side expand/details icon aligned with the Technology Blueprint.CSV entry. References/topics: Enterprise Search, File Details, Search Results Table, Row-Level Expand Details, File Classification Review .

The correct answer is Sync Registrations . In Forcepoint DSPM, Active Directory users are imported through Keycloak User Federation . The Forcepoint DSPM administration workflow directs administrators to access Keycloak, select the gv realm, navigate to User Federation , and add an LDAP provider for AD integration.

In Keycloak LDAP configuration, READ_ONLY edit mode means Keycloak can read LDAP-backed user data, but it cannot modify mapped LDAP attributes such as username, email, first name, last name, or passwords. Keycloak’s own administration guide states that READ_ONLY prevents user attribute changes and password updates, while WRITABLE mode is the mode that allows changes to be synchronized back to LDAP.

That makes Sync Registrations irrelevant in READ_ONLY mode because Sync Registrations is specifically used when newly created Keycloak users should also be added to LDAP. Since READ_ONLY mode prevents Keycloak from writing new or modified user objects back to LDAP, registration synchronization has no useful effect in that configuration. By contrast, Import users , Periodic full sync , and Periodic changed users sync remain relevant because they are read-oriented synchronization mechanisms that bring LDAP/AD identities into DSPM’s Keycloak-backed identity layer. References/topics: Keycloak User Federation, LDAP Edit Mode, READ_ONLY Mode, AD Import, Synchronization Settings .

A detector in Forcepoint DSPM is a rule-based classification component used during scanning to identify files whose content or path matches defined detection logic. The correct answer is B because detectors are designed to locate specific patterns, words, or expressions and then contribute to classification/tagging outcomes. Forcepoint describes Detector Groups in AI Mesh as components where “detectors assess both the file path and its contents using rule-based logic, such as regular expressions and keywords,” returning a match when the content fits the defined patterns.

This is distinct from AI classifiers, which infer sensitive-data meaning from broader semantic or machine-learning signals. Detectors are the more deterministic mechanism: they look for defined indicators such as a keyword, phrase, regular expression, or path element. Forcepoint release notes also describe detector functionality as allowing content or path search when creating a detector, including an example where adding the word Archive to a detector can tag files located in an Archive folder.

The other options confuse detectors with unrelated platform functions. Detectors do not create credential tags specifically, optimize network throughput, block files for speed, or increase storage capacity. References/topics: Detectors, Pattern Matching, AI Mesh, Classification Tags, Content and Path Search .