Latest NSK300 Exam Questions - Way to Achieve Netskope Certified Cloud Security Architect Credential

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1. You are asked to create a customized restricted administrator role in your Netskope tenant for a newly hired employee.

Which two statements are correct in this scenario?

A. An admin role prevents admins from downloading and viewing file content by default.

B. The scope of the data shown in the Ul can be restricted to specific events.

C. All role privileges default to Read Only for all functional areas.

D. Obfuscation can be applied to all functional areas.

Explanation:

A. Incorrect. By default, admin roles in Netskope do not prevent admins from downloading and viewing file content. The ability to download and view file content is dependent on the specific permissions assigned to the role. You need to explicitly configure the permissions to restrict file access.

B. Correct. Netskope allows the customization of admin roles to restrict the scope of data visible to specific events or activities. This granularity ensures that administrators only see the data relevant to their responsibilities, enhancing security and privacy.

C. Incorrect. When creating a new admin role in Netskope, the default privileges are not necessarily set to Read Only. The privileges need to be explicitly configured based on the role's requirements. You can assign different levels of access, such as Read Only, Read/Write, or No Access, for various functional areas.

D. Correct. Netskope provides the capability to apply obfuscation to various functional areas. This feature allows you to mask sensitive information, ensuring that administrators with certain roles do not have access to clear text data, thereby protecting sensitive information from unauthorized viewing.

 

2. You deployed the Netskope Client for Web steering in a large enterprise with dynamic steering. The steering configuration includes a bypass rule for an application that is IP restricted.

What is the source IP for traffic to this application when the user is on-premises at the enterprise?

A. Loopback IPv4

B. Netskope data plane gateway IPv4

C. Enterprise Egress IPv4

D. DHCP assigned RFC1918 IPv4

Explanation:

The correct answer is C. 

Dynamic Steering and Bypass Rules: When using the Netskope Client with dynamic steering, the client can selectively route traffic either through the Netskope cloud service or directly to the internet based on predefined policies. Bypass rules are used to exclude specific applications or traffic types from being routed through the Netskope service. Instead, this traffic is sent directly to its destination.

On-Premises Scenario: When the user is on-premises at the enterprise, the network traffic typically exits through the enterprise's internet gateway. This is known as the enterprise egress point.

IP-Restricted Application: An IP-restricted application only allows traffic from specific IP addresses. For the application to accept traffic, the source IP of the traffic must match one of the allowed IP addresses. When a bypass rule is configured for such an application, the traffic will not be routed through the Netskope cloud. Instead, it will be sent directly to the application from the enterprise network.

Source IP Determination: Since the traffic bypasses the Netskope service and goes directly to the destination from the enterprise network, the source IP seen by the application will be the IP address of the enterprise's egress point. This is the public IP address assigned to the enterprise’s internet gateway.

3. You do not want a scheduled Advanced Analytics dashboard to be automatically updated when Netskope makes improvements to that dashboard. 

In this scenario, what would you do to retain the original dashboard?

A. Create a new dashboard from scratch that mimics the Netskope dashboard you want to use.

B. Copy the dashboard into your Group or Personal folders and schedule from these folders.

C. Ask Netskope Support to provide the dashboard and import into your Personal folder.

D. Download the dashboard you want and Import from File into your Group or Personal folder.

Explanation:

A: Incorrect. Creating a new dashboard from scratch that mimics the Netskope dashboard would be a time-consuming process and would require ensuring that all the necessary metrics and visualizations are accurately replicated. 

B: Correct. Copying the dashboard into your Group or Personal folders ensures that you have an independent copy of the original dashboard. This copied dashboard will not be affected by any automatic updates made by Netskope, allowing you to retain the original version you are comfortable with. This is the best practice to ensure stability and consistency for scheduled reports.

C: Incorrect. Asking Netskope Support to provide the dashboard and then importing it into your Personal folder could work, but it adds an unnecessary step involving support and doesn't provide any additional benefits over simply copying the dashboard yourself.

D: Incorrect. Downloading the dashboard and importing it into your Group or Personal folder is a similar approach to copying the dashboard directly within the interface. However, copying the dashboard within the Netskope interface is a more straightforward and less error-prone process than dealing with file downloads and imports.

4. You have multiple networking clients running on an endpoint and client connectivity is a concern. 

You are configuring co-existence with a VPN solution in this scenario, what is recommended to prevent potential routing issues?

A. Configure the VPN to split tunnel traffic by adding the Netskope IP and Google DNS ranges and set to Exclude in the VPN configuration.

B. Modify the VPN to operate in full tunnel mode at Layer 3. so that the Netskope agent will always see the traffic first.

C. Configure the VPN to full tunnel traffic and add an SSL Do Not Decrypt policy to the VPN configuration for all Netskope traffic.

D. Configure a Network Location with the VPN IP ranges and add it as a Steering Configuration exception.

Explanation:

A. Correct. Split tunneling allows you to direct specific traffic outside the VPN tunnel, which can help avoid conflicts between the VPN and the Netskope client. By excluding Netskope IP ranges and Google DNS ranges from the VPN tunnel, you ensure that the Netskope agent can manage its traffic independently of the VPN, thus preventing potential routing issues.

B. Incorrect. Full tunnel mode routes all traffic through the VPN, which might create conflicts with the Netskope client, especially if both are trying to manage the same traffic. This option is less ideal because it doesn’t resolve the core issue of traffic routing conflicts and could lead to performance issues or traffic management conflicts.

C. Incorrect. This approach routes all traffic through the VPN but adds complexity by requiring specific configurations to avoid decrypting Netskope traffic. While it might work, it is not the most straightforward or recommended method because it adds unnecessary overhead and potential points of failure.

D. Incorrect. Configuring a Network Location with VPN IP ranges and adding it as a Steering Configuration exception means that traffic from these IP ranges will not be managed by Netskope policies. This can effectively avoid conflicts, but it might not be comprehensive enough to handle all potential routing issues, especially if the VPN and Netskope need to manage overlapping traffic.

5. Users at your company's branch office in San Francisco report that their clients are connecting, but websites and SaaS applications are slow When troubleshooting, you notice that the users are connected to a Netskope data plane in New York where your company's headquarters is located.

What is a valid reason for this behavior?

A. The Netskope Client's on-premises detection check failed.

B. The Netskope Client's default DNS over HTTPS call is failing.

C. The closest Netskope data plane to San Francisco is unavailable.

D. The Netskope Client's DNS call to Secure Forwarder is failing

Explanation:

A. Incorrect. The on-premises detection check is used to determine if the client is on a corporate network or not. If this check fails, it could incorrectly route traffic. However, this typically impacts whether traffic is routed through the Netskope cloud or not, rather than causing it to connect to a distant data plane.

B. Incorrect. DNS over HTTPS (DoH) is used to encrypt DNS queries. A failure here might cause issues with DNS resolution, but it does not specifically explain why the traffic would be routed to a data plane in New York.

C. Correct. Netskope clients are designed to connect to the nearest data plane for optimal performance. If the closest data plane (presumably in or near San Francisco) is unavailable, the client might connect to the next available data plane, which could be in New York, resulting in slower performance due to the increased latency.

D. Incorrect. Secure Forwarder is responsible for DNS-based steering of traffic to the Netskope cloud. If these calls were failing, it might cause issues with traffic routing, but it would likely cause a broader range of connectivity issues rather than just increased latency.

6. You need to extract events and alerts from the Netskope Security Cloud platform and push it to a SIEM solution.

What are two supported methods to accomplish this task?

A. Use Cloud Ticket Orchestrator.

B. Use Cloud Log Shipper.

C. Stream directly to syslog.

D. Use the REST API.

Explanation:

A. Incorrect. Cloud Ticket Orchestrator is not intended for log or event exportation to SIEM solutions. Instead, it is used for integrating with ITSM (Information Technology Service Management) tools to manage tickets and workflows.

B. Correct. Netskope Cloud Log Shipper (CLS) is a feature that allows you to efficiently export logs from the Netskope platform to various destinations, including SIEM solutions. The Cloud Log Shipper is highly customizable and supports multiple formats and transport methods, making it a robust choice for integrating with SIEMs.

C. Correct. Netskope provides support for streaming logs directly to a syslog server. Syslog is a widely-used protocol for system message logging, and many SIEM solutions are capable of ingesting logs from syslog servers. By configuring Netskope to send logs via syslog, you can ensure that your SIEM solution receives real-time alerts and events from the Netskope Security Cloud.

D. Incorrect. While the Netskope REST API allows access to various data and can be used to pull logs and events programmatically, it is not the most efficient or straightforward method for continuously pushing logs to a SIEM solution. This method would require significant development and maintenance effort to ensure the logs are consistently and accurately sent to the SIEM.

7. You want to enable the Netskope Client to automatically determine whether it is on-premises or off-premises.

Which two options in the Netskope Ul would you use to accomplish this task?

A. the All Traffic option in the Steering Configuration section of the Ul

B. the New Exception option in the Traffic Steering options of the Ul

C. the Enable Dynamic Steering option in the Steering Configuration section of the Ul

D. the On Premises Detection option under the Client Configuration section of the Ul

Explanation:

A. Incorrect. This option is used to specify that all traffic should be steered to Netskope for inspection. It does not directly relate to dynamically determining whether the client is on-premises or off-premises.

B. Incorrect. This option allows you to create exceptions to the traffic steering rules. While useful for certain traffic management scenarios, it is not specifically related to the automatic determination of the client’s on-premises or off-premises status.

C. Correct. This option allows the Netskope Client to dynamically change its steering method based on whether the device is on-premises or off-premises. When this option is enabled, the Netskope Client can automatically adjust its behavior to ensure optimal traffic routing and security enforcement based on its location.

D. Correct. This option configures the Netskope Client to detect when a device is on-premises. It typically involves specifying criteria such as IP ranges, DNS suffixes, or specific network characteristics that define the on-premises environment. When the client detects it is within these parameters, it will behave accordingly (e.g., route traffic through the corporate network or apply specific security policies).

8. Your organization's software deployment team did the initial install of the Netskope Client with SCCM. As the Netskope administrator, you will be responsible for all up-to-date upgrades of the client.

Which two actions would be required to accomplish this task?

A. In the Client Configuration, set Upgrade Client Automatically to Latest Release.

B. Set the installmode-IDP flag during the original Install.

C. Set the autoupdate-on flag during the original Install.

D. In the Client Configuration, set Upgrade Client Automatically to Specific Golden Release.

Explanation:

A. Correct. This option ensures that the Netskope Client will automatically upgrade to the latest release available. This setting is essential for maintaining the client up-to-date without manual intervention. By configuring this, the client will always be updated to the most recent version released by Netskope.

B. Incorrect. This flag is typically used to specify the installation mode related to Identity Provider settings, not specifically for automatic updates.

C. Correct. The autoupdate-on flag is used during the original installation to enable automatic updates. By setting this flag, you are instructing the client to automatically check for and install updates, ensuring that the client remains current with the latest security patches and features.

D. Incorrect. While setting the client to upgrade to a specific golden release can ensure that all clients are on a specific version that has been tested and approved by your organization, it does not ensure that the clients are always on the latest version unless the golden release is manually updated to the latest version by the administrator. This requires additional administrative effort and does not fully automate the upgrade process.

9. You want to integrate with a third-party DLP engine that requires ICAP. In this scenario, which Netskope platform component must be configured?

A. On-Premises Log Parser (OPLP)

B. Secure Forwarder

C. Netskope Cloud Exchange

D. Netskope Adapter

Explanation:

A. Incorrect. This component is used to parse and forward logs from on-premises systems to the Netskope platform for analysis and reporting. It is not related to ICAP or DLP integration.

B. Correct. The Secure Forwarder is designed to forward web traffic to the Netskope cloud for analysis. One of its key functions is to facilitate integrations with third-party DLP engines using ICAP. By routing traffic through the Secure Forwarder, the Netskope platform can interact with the external DLP solution to enforce data protection policies.

C. Incorrect. The Netskope Cloud Exchange is used for integrations with SIEM, SOAR, and other third-party security tools for sharing threat intelligence and logs. It does not facilitate ICAP communication directly.

D. Incorrect. The Netskope Adapter is used for integration with other security tools and applications, often to synchronize data or policies. However, it is not specifically for ICAP communication.

10. You want customers to configure Real-time Protection policies. 

In which order should the policies be placed in this scenario?

A. Threat, CASB, RBI, Web

B. RBI, CASB, Web, Threat

C. Threat, RBI, CASB, Web

D. CASB, RBI, Threat, Web

Explanation:

Threat Protection: This policy is designed to identify and mitigate threats such as malware, ransomware, and other malicious activities. It's crucial to place threat protection policies first to ensure that any potentially harmful activity is detected and mitigated before any other processing occurs.

Remote Browser Isolation (RBI): RBI policies are used to isolate web traffic to prevent direct interaction between the end user's browser and potentially harmful web content. This helps to protect against web-based threats and data exfiltration.

Cloud Access Security Broker (CASB): CASB policies control and monitor the use of cloud applications, enforcing security policies to protect sensitive data and ensure compliance. These policies typically govern access to cloud services, data sharing, and data movement within cloud environments.

Web Protection: Web protection policies control access to web content, enforce acceptable use policies, and protect against web threats. This includes URL filtering, category-based filtering, and monitoring of web activities.

Given this understanding, the recommended order for placing policies should prioritize immediate threat detection and mitigation, followed by isolation of risky activities, control over cloud application use, and finally, broader web protection. This ensures that threats are addressed as early as possible in the policy chain and that additional protective measures are applied in an optimal sequence. Therefore, the order should be: C. Threat, RBI, CASB, Web