Netskope NSK300 Practice Exams
Last updated on Oct 22,2026- Exam Code: NSK300
- Exam Name: Netskope Certified Cloud Security Architect Exam
- Certification Provider: Netskope
- Latest update: Oct 22,2026
Question #1
You are implementing a solution to deploy Netskope for machine traffic in an AWS account across multiple VPCs. You want to deploy the least amount of tunnels while providing connectivity for all VPCs.
How would you accomplish this task?
- A . Use IPsec tunnels from the AWS Virtual Private Gateway.
- B . Use GRE tunnels from the AWS Transit Gateway.
- C . Use GRE tunnels from the AWS Virtual Private Gateway
- D . Use IPsec tunnels from the AWS Transit Gateway.
Correct Answer: D
D
Explanation:
The best approach to deploy Netskope for machine traffic across multiple VPCs in an AWS account with the least amount of tunnels while providing connectivity for all VPCs is to use IPsec tunnels from the AWS Transit Gateway. This method allows you to use the same Site-to-Site VPN connection to Netskope for multiple VPCs, thus minimizing the number of tunnels required12. The AWS Transit Gateway acts as a network transit hub, enabling you to connect your VPCs and on-premises networks through a central point of management and control. Using IPsec tunnels with the AWS Transit Gateway ensures that all VPCs connected to it utilize the same IPsec tunnel between the transit gateway and Netskope POP1.
Reference: Detailed guidance on configuring IPsec VPN tunnels between your AWS Transit Gateway and Netskope POPs can be found in the Netskope Knowledge Portal1. Additionally, the Netskope Community Forum provides insights on setting up IPsec Tunnels for AWS egress traffic, which includes information relevant to deploying Netskope across multiple VPCs2.
D
Explanation:
The best approach to deploy Netskope for machine traffic across multiple VPCs in an AWS account with the least amount of tunnels while providing connectivity for all VPCs is to use IPsec tunnels from the AWS Transit Gateway. This method allows you to use the same Site-to-Site VPN connection to Netskope for multiple VPCs, thus minimizing the number of tunnels required12. The AWS Transit Gateway acts as a network transit hub, enabling you to connect your VPCs and on-premises networks through a central point of management and control. Using IPsec tunnels with the AWS Transit Gateway ensures that all VPCs connected to it utilize the same IPsec tunnel between the transit gateway and Netskope POP1.
Reference: Detailed guidance on configuring IPsec VPN tunnels between your AWS Transit Gateway and Netskope POPs can be found in the Netskope Knowledge Portal1. Additionally, the Netskope Community Forum provides insights on setting up IPsec Tunnels for AWS egress traffic, which includes information relevant to deploying Netskope across multiple VPCs2.
Question #2
Your company has a large number of medical forms that are allowed to exit the company when they are blank. If the forms contain sensitive data, the forms must not leave any company data centers, managed devices, or approved cloud environments. You want to create DLP rules for these forms.
Which first step should you take to protect these forms?
- A . Use Netskope Secure Forwarder to create EDM hashes of all forms.
- B . Use Netskope Secure Forwarder to create an MIP tag for all forms.
- C . Use Netskope Secure Forwarder to create fingerprints of all forms.
- D . Use Netskope Secure Forwarder to create an ML Model of all forms
Correct Answer: C
C
Explanation:
The first step to protect the medical forms containing sensitive data is to create fingerprints of all forms © using Netskope Secure Forwarder. Fingerprints are unique identifiers that can be used to detect when a form contains sensitive data. By creating fingerprints, you can set up DLP (Data Loss Prevention) rules that will allow blank forms to exit the company but will prevent forms with sensitive data from leaving the protected environments. This method ensures that only forms without sensitive information are allowed to be shared externally.
Reference: The process of creating fingerprints for DLP rules is a common practice in data security to protect sensitive information. It is part of the DLP capabilities provided by Netskope, as outlined in their documentation on data protection and loss prevention1.
C
Explanation:
The first step to protect the medical forms containing sensitive data is to create fingerprints of all forms © using Netskope Secure Forwarder. Fingerprints are unique identifiers that can be used to detect when a form contains sensitive data. By creating fingerprints, you can set up DLP (Data Loss Prevention) rules that will allow blank forms to exit the company but will prevent forms with sensitive data from leaving the protected environments. This method ensures that only forms without sensitive information are allowed to be shared externally.
Reference: The process of creating fingerprints for DLP rules is a common practice in data security to protect sensitive information. It is part of the DLP capabilities provided by Netskope, as outlined in their documentation on data protection and loss prevention1.
Question #3
You have users connecting to Netskope from around the world You need a way for your NOC to quickly view the status of the tunnels and easily visualize where the tunnels are located.
Which Netskope monitoring tool would you use in this scenario?
- A . Network Steering in Digital Experience Management
- B . Network Events in Skope IT
- C . Web Usage Summary in Advanced Analytics
- D . Alerts in Skope IT
Correct Answer: A
A
Explanation:
Network Steering in Digital Experience Management is the appropriate Netskope monitoring tool for this scenario. It allows the Network Operations Center (NOC) to quickly view the status of the tunnels and provides an easy way to visualize the locations of the tunnels. This tool is designed to give a clear overview of network health and performance, which is essential for managing global connectivity and ensuring the reliability of the service.
Reference: The use of Network Steering in Digital Experience Management for monitoring tunnel status and location visualization is supported by Netskope’s documentation on secure web gateway use cases and best practices for deployment and validation of IPSec/GRE tunnels
A
Explanation:
Network Steering in Digital Experience Management is the appropriate Netskope monitoring tool for this scenario. It allows the Network Operations Center (NOC) to quickly view the status of the tunnels and provides an easy way to visualize the locations of the tunnels. This tool is designed to give a clear overview of network health and performance, which is essential for managing global connectivity and ensuring the reliability of the service.
Reference: The use of Network Steering in Digital Experience Management for monitoring tunnel status and location visualization is supported by Netskope’s documentation on secure web gateway use cases and best practices for deployment and validation of IPSec/GRE tunnels
Question #4
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? (Choose two.)
- A . Use Cloud Ticket Orchestrator.
- B . Use Cloud Log Shipper.
- C . Stream directly to syslog.
- D . Use the REST API.
Correct Answer: B, D
B, D
Explanation:
To extract events and alerts from the Netskope Security Cloud platform and integrate them with a SIEM (Security Information and Event Management) solution, you can utilize the following supported methods:
Cloud Log Shipper (CLS):
The Cloud Log Shipper is designed to forward Netskope logs to external systems, including SIEMs.
It allows you to export logs in real-time or batch mode to a destination of your choice.
By configuring CLS, you can ensure that Netskope events and alerts are sent to your SIEM for further analysis and correlation.
Reference: Netskope Documentation on Cloud Log Shipper REST API:
The Netskope Security Cloud provides a comprehensive REST API that allows you to programmatically retrieve data, including events and alerts.
You can use the REST API to query specific logs, incidents, or other relevant information from Netskope.
By integrating with the REST API, you can extract data and push it to your SIEM solution.
Reference: Netskope REST API Documentation
Reference: Netskope Cloud Security
Netskope Resources
Netskope Documentation
These methods ensure seamless data flow between Netskope and your SIEM, enabling effective security monitoring and incident response.
B, D
Explanation:
To extract events and alerts from the Netskope Security Cloud platform and integrate them with a SIEM (Security Information and Event Management) solution, you can utilize the following supported methods:
Cloud Log Shipper (CLS):
The Cloud Log Shipper is designed to forward Netskope logs to external systems, including SIEMs.
It allows you to export logs in real-time or batch mode to a destination of your choice.
By configuring CLS, you can ensure that Netskope events and alerts are sent to your SIEM for further analysis and correlation.
Reference: Netskope Documentation on Cloud Log Shipper REST API:
The Netskope Security Cloud provides a comprehensive REST API that allows you to programmatically retrieve data, including events and alerts.
You can use the REST API to query specific logs, incidents, or other relevant information from Netskope.
By integrating with the REST API, you can extract data and push it to your SIEM solution.
Reference: Netskope REST API Documentation
Reference: Netskope Cloud Security
Netskope Resources
Netskope Documentation
These methods ensure seamless data flow between Netskope and your SIEM, enabling effective security monitoring and incident response.
Question #5
You have an NG-SWG customer that currently steers all Web traffic to Netskope using the Netskope Client. They have identified one new native application on Windows devices that is a certificate-pinned application. Users are not able to access the application due to certificate pinning. The customer wants to configure the Netskope Client so that the traffic from the application is steered to Netskope and the application works as expected.
Which two methods would satisfy the requirements? (Choose two.)
- A . Bypass traffic using the bypass action in the Real-time Protection policy.
- B . Configure the SSL Do Not Decrypt policy to not decrypt traffic for domains used by the native application.
- C . Configure domain exceptions in the steering configuration for the domains used by the native application.
- D . Tunnel traffic to Netskope and bypass traffic inspection at the Netskope proxy.
Correct Answer: BC
BC
Explanation:
To address the issue of a certificate-pinned application not being accessible due to certificate pinning, while still steering the traffic to Netskope, the two methods that would satisfy the requirements are:
B: Configure the SSL Do Not Decrypt policy to not decrypt traffic for domains used by the native application. This ensures that the SSL traffic for the specified domains is not decrypted, thus avoiding issues with certificate pinning.
C: Configure domain exceptions in the steering configuration for the domains used by the native application. By setting domain exceptions, traffic to these domains will bypass SSL decryption, allowing the certificate-pinned application to function as expected1.
These methods are in line with Netskope’s capabilities for handling certificate-pinned applications, which often require bypassing decryption to prevent breaking the application’s functionality due to its security features1.
Reference: The Netskope Knowledge Portal provides detailed information on managing certificate-pinned applications, including how to configure SSL Do Not Decrypt policies and domain exceptions in the steering configuration1. Additionally, the Netskope Community Forum offers insights and best practices for handling certificate-pinned applications2.
BC
Explanation:
To address the issue of a certificate-pinned application not being accessible due to certificate pinning, while still steering the traffic to Netskope, the two methods that would satisfy the requirements are:
B: Configure the SSL Do Not Decrypt policy to not decrypt traffic for domains used by the native application. This ensures that the SSL traffic for the specified domains is not decrypted, thus avoiding issues with certificate pinning.
C: Configure domain exceptions in the steering configuration for the domains used by the native application. By setting domain exceptions, traffic to these domains will bypass SSL decryption, allowing the certificate-pinned application to function as expected1.
These methods are in line with Netskope’s capabilities for handling certificate-pinned applications, which often require bypassing decryption to prevent breaking the application’s functionality due to its security features1.
Reference: The Netskope Knowledge Portal provides detailed information on managing certificate-pinned applications, including how to configure SSL Do Not Decrypt policies and domain exceptions in the steering configuration1. Additionally, the Netskope Community Forum offers insights and best practices for handling certificate-pinned applications2.
Question #6
You are currently designing a policy for AWS S3 bucket scans with a custom DLP profile Which policy action(s) are available for this policy?
- A . Alert, Quarantine. Block, User Notification
- B . Alert, User Notification
- C . Alert only
- D . Alert, Quarantine
Correct Answer: D
D
Explanation:
When designing a policy for AWS S3 bucket scans with a custom DLP profile in Netskope, the available policy actions are Alert and Quarantine. These actions allow you to be notified when a policy violation occurs and to quarantine sensitive data to prevent potential data loss or exposure. The Alert action will notify the designated personnel or system when a match to the DLP profile is found during the scan. The Quarantine action will move the offending file to a secure location where it can be reviewed and dealt with appropriately1.
Reference: The information about policy actions for AWS S3 bucket scans is available in the Netskope documentation, which provides guidance on creating API Data Protection policies for scanning S3 buckets and the actions that can be taken when a policy is triggered1.
D
Explanation:
When designing a policy for AWS S3 bucket scans with a custom DLP profile in Netskope, the available policy actions are Alert and Quarantine. These actions allow you to be notified when a policy violation occurs and to quarantine sensitive data to prevent potential data loss or exposure. The Alert action will notify the designated personnel or system when a match to the DLP profile is found during the scan. The Quarantine action will move the offending file to a secure location where it can be reviewed and dealt with appropriately1.
Reference: The information about policy actions for AWS S3 bucket scans is available in the Netskope documentation, which provides guidance on creating API Data Protection policies for scanning S3 buckets and the actions that can be taken when a policy is triggered1.
Question #7
Create a new Real-time Protection policy as follows:
Source = HR user group Destination = Private App Action = Allow
Correct Answer: D
Explanation:
To provide access to a private application for the Human Resources (HR) users group only after deploying and registering an NPA publisher, you would need to:
Enable private app steering in the Steering Configuration assigned to the HR group: This ensures that only traffic from the HR user group is steered towards the private application.
Create a new private app and assign it to the HR user group: This step involves defining the private application within Netskope and specifying that only the HR user group should have access to it. Create a new Real-time Protection policy as follows:
Source = HR user group: This specifies that the policy applies to the HR user group.
Destination = Private App: This defines the private application as the destination for the policy.
Action = Allow: This action allows the HR user group to access the private application.
By following these steps, you can ensure that only the HR user group has access to the private application, aligning with the principles of least privilege and zero trust access control.
Reference: The process for providing access to a private application for a specific user group is detailed in Netskope’s documentation on Private Access and Private App Management12.
Explanation:
To provide access to a private application for the Human Resources (HR) users group only after deploying and registering an NPA publisher, you would need to:
Enable private app steering in the Steering Configuration assigned to the HR group: This ensures that only traffic from the HR user group is steered towards the private application.
Create a new private app and assign it to the HR user group: This step involves defining the private application within Netskope and specifying that only the HR user group should have access to it. Create a new Real-time Protection policy as follows:
Source = HR user group: This specifies that the policy applies to the HR user group.
Destination = Private App: This defines the private application as the destination for the policy.
Action = Allow: This action allows the HR user group to access the private application.
By following these steps, you can ensure that only the HR user group has access to the private application, aligning with the principles of least privilege and zero trust access control.
Reference: The process for providing access to a private application for a specific user group is detailed in Netskope’s documentation on Private Access and Private App Management12.
Question #8
Which of the following are key benefits of using Netskope for Secure Web Gateway? (Choose two)
- A . Real-time data loss prevention
- B . Increased data storage capabilities
- C . Automated network optimization
- D . Enhanced threat protection
Correct Answer: A, D
Question #9
You deployed Netskope Cloud Security Posture Management (CSPM) using pre-defined benchmark
rules to monitor your cloud posture in AWS, Azure, and GCP. You are asked to assess if you can extend the Netskope CSPM solution by creating custom rules for each environment.
Which statement is correct?
- A . Custom rules using Domain Specific Language are only available when using SSPM.
- B . You will need to evaluate SaaS Security Posture Management (SSPM) in addition to CSPM so that rules applied to GCP will align with Google Workspace
- C . With Netskope CSPM, you can create custom rules using Domain Specific Language for AWS.
Azure, but not for GCP. - D . With Netskope CSPM, you can create custom rules using Domain Specific Language for AWS. Azure, and GCP
Correct Answer: D
D
Explanation:
Netskope Cloud Security Posture Management (CSPM) allows for the creation of custom rules using Domain Specific Language (DSL) for all three major cloud platforms: AWS, Azure, and GCP. This capability is integral to CSPM and enables organizations to tailor their security posture assessments to their specific needs across different cloud environments.
Reference: The ability to create custom rules using DSL within Netskope CSPM for AWS, Azure, and GCP is documented in the Netskope Knowledge Portal. It provides detailed instructions on how to build custom rules under Policies > Security Posture > Profiles & Rules for security assessment of resources across these cloud platforms
D
Explanation:
Netskope Cloud Security Posture Management (CSPM) allows for the creation of custom rules using Domain Specific Language (DSL) for all three major cloud platforms: AWS, Azure, and GCP. This capability is integral to CSPM and enables organizations to tailor their security posture assessments to their specific needs across different cloud environments.
Reference: The ability to create custom rules using DSL within Netskope CSPM for AWS, Azure, and GCP is documented in the Netskope Knowledge Portal. It provides detailed instructions on how to build custom rules under Policies > Security Posture > Profiles & Rules for security assessment of resources across these cloud platforms
Question #10
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
Correct Answer: C
C
Explanation:
When a user is on-premises at the enterprise and accesses an application that is IP restricted, the source IP for traffic to this application is the Enterprise Egress IPv4 address.
The Enterprise Egress IP represents the external IP address of the enterprise network as seen by external services or applications.
This IP address is used for communication between the user’s device and external resources, including applications that are IP restricted.
Reference: The answer is based on general knowledge of networking concepts and how IP addresses are used in enterprise environments.
C
Explanation:
When a user is on-premises at the enterprise and accesses an application that is IP restricted, the source IP for traffic to this application is the Enterprise Egress IPv4 address.
The Enterprise Egress IP represents the external IP address of the enterprise network as seen by external services or applications.
This IP address is used for communication between the user’s device and external resources, including applications that are IP restricted.
Reference: The answer is based on general knowledge of networking concepts and how IP addresses are used in enterprise environments.