Free NSK101 sample questions

Correct answers: Netskope Cloud Exchange (CE) with a UEM/EDR integration; A Private Access policy that utilizes Device Classification tags

Netskope Cloud Exchange is required to share risk signals and device posture information from third-party systems like UEM or EDR solutions (e.g., CrowdStrike, VMware Carbon Black) with the Netskope Security Cloud.

The Private Access policy is where the enforcement happens. It uses the Device Classification tags (populated by Cloud Exchange from the UEM/EDR) as a condition to grant or deny access to the specific private application.

Correct answer: Go to the Application Events page and click on the details (magnifying glass icon) for one of the blocked events.

The Application Events page in Skope IT provides a detailed log of user activities. Clicking the details icon for a specific 'Policy Block' event will open a pane showing comprehensive information, including the triggered DLP profile, file name, user, source, destination, and the specific policy that was violated. This is the most direct and efficient method for initial investigation.

Correct answer: Add `ehr.clinic.internal` as a domain exception in the Steering Configuration.

Adding a domain to the exceptions list in the Steering Configuration instructs the Netskope client on the endpoint to not steer traffic destined for that domain to the Netskope cloud. The traffic will go directly to the destination, completely bypassing the Netskope proxy. This is the correct method for handling applications that are incompatible with inspection.

Correct answer: False

The statement is false. While Netskope provides a baseline CCI score based on over 50 objective criteria, administrators can override this score. They can add business context, such as whether the app is company-sanctioned or has undergone an internal security review, to adjust the CCI score to reflect the organization's specific risk posture for that application.

Correct answer: Threat Exchange Module

The Threat Exchange module is specifically designed for sharing threat intelligence, such as malicious file hashes and URLs, between Netskope and other security platforms (EDR, firewalls, etc.). When Netskope ATP identifies a new piece of malware, Threat Exchange can automatically push its hash to integrated tools to enable immediate, ecosystem-wide blocking.

Correct answer: Application Events

Application Events in Skope IT provide detailed, decoded logs of activities within sanctioned and unsanctioned cloud applications. A DLP violation on a OneDrive share would be logged here with the activity 'Share', the application 'OneDrive', the specific DLP profile that was triggered (e.g., 'PCI-DSS High'), and the action taken ('Block'). This is the most direct and detailed source for verification.

Correct answer: SCIM

SCIM (System for Cross-domain Identity Management) is an open standard designed specifically for automating the exchange of user identity information between identity domains or IT systems. When configured, Okta can act as a SCIM client to automatically create, update, and delete users and groups in the Netskope tenant (the SCIM server), ensuring the user directory is always synchronized.

Correct answer: Netskope Digital Experience Management (DEM)

Netskope Digital Experience Management (DEM) is specifically designed to provide deep visibility into the entire service delivery path. It can measure latency and performance from the user's device, across the local network, through the WAN and the Netskope NewEdge network, all the way to the application. This allows administrators to pinpoint exactly where performance degradation is occurring.

Correct answer: 'User' applies to the owner of the content being accessed, while 'Source User' applies to the person initiating the traffic.

This is the core distinction. 'Source User' refers to the identity of the user whose device is generating the network traffic being inspected by Netskope. 'User' refers to the contextual owner of the data or object being interacted with. For example, if 'user_A' (Source User) tries to access a file in 'user_B's OneDrive, a policy could be written to apply based on 'user_B' (User) being the owner of that content.

Correct answers: A DLP profile that identifies PII and proprietary research data identifiers.; A real-time protection policy that applies the DLP profile to 'Post' or 'Upload' activities for the 'Generative AI' app category.

A DLP profile is the core component that defines the sensitive data to be protected. It must be configured with the appropriate data identifiers (pre-defined or custom) to detect PII and research data.

The real-time protection policy is the enforcement mechanism. It links the 'who' (students), 'what' (the DLP profile), 'where' (Generative AI apps), and 'how' (Post/Upload activities) to enforce the control in real-time.