Free NSK300 Practice Questions – 2026 Updated

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

Admin Role and File Content Viewing: By default, an admin role does not prevent admins from

downloading and viewing file content. Admins have access to view and download file content unless

specific restrictions are applied.

Role Privileges Default to Read Only: All role privileges in Netskope default to Read Only for all

functional areas. This means that admins can view information but cannot make changes unless

explicitly granted additional permissions.

Obfuscation: Obfuscation can be applied to specific functional areas, but it is not a default behavior

for all areas. Reference:

Netskope Security Cloud Introductory Online Technical Training

Netskope Security Cloud Operation & Administration (NSCO&A) - Classroom Training

Users from Companies A, B, and C can indeed be provisioned to Netskope. Company A, which uses Active Directory, can continue to use the existing AD Importer. For Company B that uses Azure AD and Company C that uses Okta Universal Directory, integration with SCIM (System for Cross-domain Identity Management) solutions is possible. Netskope supports provisioning users from multiple directories, including Active Directory and cloud-based identity providers like Azure AD and Okta, by using additional AD Importers and integrating more than one SCIM solution12. Reference: The correct approach for provisioning users from different companies that use various directory services is supported by Netskope’s capabilities to integrate with multiple identity providers and directory services, as outlined in their documentation and community resources12. Thank you for your visit.

The Fast Scan component of Netskope Threat Detection utilizes Machine Learning to quickly detect

and block malware in real-time. This is part of Netskope’s multi-layered security approach, which

includes various engines to defend against a wide range of threats. The Fast Scan capability

specifically leverages machine learning-based detection for rapid analysis and response to potential

threats1.

Reference: The information regarding the Fast Scan component and its use of Machine Learning can

be found in the Netskope documentation, which outlines the threat protection framework and the

role of machine learning in detecting and blocking malware

Netskope supports automatic remediation of security violations through its Auto-Remediation

frameworks, which are available in the public Netskope GitHub Open Source repository. These

frameworks allow for the automatic mitigation of risks associated with security misconfigurations in

your cloud environment. The Netskope Auto-Remediation framework for AWS, for example, deploys

a set of AWS Lambda functions that query the Netskope API at scheduled intervals and automatically

mitigates supported violations1. Similarly, there are frameworks for GCP and other cloud

environments that follow the same principle2. This capability is particularly useful for low-risk

environments where the security operations team’s workload can be reduced by automating the

remediation process.

Reference: The answer is based on the information provided by Netskope’s community resources

and documentation, which detail the use of their Auto-Remediation frameworks for various cloud

platforms

In the context of deploying the Netskope Client to Windows devices, in the command line

refers to the Netskope organization ID. This is a unique identifier associated with your organization’s

account within the Netskope security cloud. It is used during the installation process to ensure that

client devices are registered and managed under the correct organizational account, enabling

appropriate security policies and configurations to be applied. Reference: The answer can be inferred

from general knowledge about installing software clients and isn’t directly available on Netskope’s

official resources.

A . Import the root certificate for your internal certificate authority into Netskope:

This step ensures that Netskope recognizes and trusts SSL certificates issued by your company’s

internal certificate authority. By importing the root certificate, you enable proper SSL inspection and

validation for internal sites.

B . Bypass SSL inspection for the affected site(s):

Since the intranet site uses your company’s internal certificate authority, bypassing SSL inspection for

this specific site allows users to access it without encountering SSL errors.

D . Change the SSL Error Settings from Block to Bypass in the Netskope tenant:

Adjusting the SSL Error Settings to “Bypass” allows users to proceed past SSL errors, including self-

signed certificate errors. This ensures uninterrupted access to the intranet site. Reference:

Netskope Security Cloud Introductory Online Technical Training

Netskope Security Cloud Operation & Administration (NSCO&A) - Classroom Training

Netskope Cloud Security Certification Program

The issue described in the exhibit is that banking websites are still being inspected despite creating

an SSL decryption policy to bypass the inspection of financial and accounting web categories.

Possible Causes:

An incorrect category has been selected (Option B):

If the SSL decryption policy is configured to bypass the wrong category (e.g., not the actual financial

and accounting category), it won’t effectively exclude banking websites from inspection.

An incorrect action has been specified (Option D):

If the action specified in the policy is not set to “Bypass,” it won’t achieve the desired behavior. The

policy should explicitly bypass SSL inspection for the selected category.

Solution:

Verify that the correct category (financial and accounting) is selected in the policy, and ensure that

the action is set to “Bypass.”

To allow traffic to a financial SaaS application that is being blocked due to IP restrictions, the best

option is to use Cloud Explicit Proxy. This method allows traffic to egress from the corporate data

center without requiring Netskope’s IP ranges to be added to the SaaS vendor’s allowlist. By

configuring an allowlist in the Cloud Explicit Proxy settings, you can add any source egress IP

addresses for your on-premises users, and Netskope will allow the traffic from the added user and IP

address without authenticating1.

Reference: The process for configuring an allowlist in Cloud Explicit Proxy to manage

unauthenticated traffic from specific IP addresses is detailed in the Netskope Knowledge Portal1. This

solution is suitable for scenarios where adding Netskope’s IP ranges to the SaaS vendor’s IP

restrictions is not feasible.

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.

For a new Netskope tenant provisioned, to create a secure tenant configuration, you should

consider changing the following default settings:

B . Change Untrusted Root Certificate to Block: This setting will ensure that any traffic coming from

an untrusted root certificate is blocked, which is a critical security measure to prevent man-in-the-

middle attacks and other types of cyber threats1.

D . Change “Disallow concurrent logins by an Admin” to Enabled: This setting will prevent multiple

concurrent logins by the same admin account, which is an important security control to mitigate the

risk of unauthorized access. If an admin’s credentials are compromised, this setting will help limit the

potential damage by ensuring that only one session can be active at a time1.

These changes are part of the recommended security hardening guidelines for Netskope tenants to

enhance the overall security posture of the tenant environment.

Reference: The recommendations for changing default settings for a secure tenant configuration are

based on Netskope’s security hardening guidelines, which provide detailed instructions on how to

enhance the security of Netskope products and components deployed in customer environments1.

To retain the original dashboard without automatic updates due to improvements made by

Netskope, you can download the desired dashboard and then import it from a file into your Group or

Personal folder.

This approach ensures that you have a static version of the dashboard that won’t be affected by

future changes or enhancements. Reference:

The answer is based on general knowledge of dashboard management and customization within

Netskope.

The reported issue of slow website and SaaS application access for users in the San Francisco branch

office, despite being connected to a Netskope data plane in New York, can be attributed to the

geographical distance between the user location and the data plane. The Netskope Security Cloud

operates through a distributed network of data planes strategically placed in various regions. When

users connect to a data plane that is geographically distant, it can result in latency due to longer

network traversal times. In this case, the closest Netskope data plane to San Francisco might be

unavailable or experiencing high load, leading to performance issues. To address this, consider

optimizing data plane selection based on proximity to the user location or investigating any data

plane availability or performance issues.

Reference:

Netskope Cloud Security

Netskope Resources

Netskope Documentation

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.

For devices not owned by the organization, using an explicit proxy along with the Netskope Client is

the best approach to steer traffic for inspection. This method allows for granular control over the

traffic, ensuring that only the traffic destined for the company’s instance of Microsoft 365 is

inspected by Netskope. The explicit proxy configuration can be applied regardless of whether the

users are on-premises or off-premises, providing a consistent steering mechanism for all users.

Reference: The steering configuration for non-owned devices and the use of explicit proxy in

conjunction with the Netskope Client are detailed in the Netskope Knowledge Portal. The portal

provides guidelines on how to set up steering configurations to direct traffic from end users to the

Netskope Cloud for real-time analysis, which is applicable for both managed and unmanaged

devices1