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Netskope NSK200 Exam Syllabus Topics:

Topic
Details

Topic 1

SWG functionalities for web traffic filtering and control: This section explores Netskope SWG's capabilities in URL filtering, protection against malware, and threat prevention strategies.

Topic 2

Integration with Third-Party Security Tools: In this module, the focus is on how Netskope can link with the current security infrastructure and how the adoption of Single Sign-On (SSO) and Active Directory integration is possible.

Topic 3

Data discovery and classification for cloud storage: This section of the exam covers Data Loss and how to prevent it using DLP policies. Moreover, this section covers cloud encryption techniques related to data at rest and in transit.

Topic 4

Netskope Security Cloud Fundamentals: This domain covers the structure of Netskope Security Cloud. It explores the foundations of the Cloud Access Security Broker (CASB) the implementation of Netskope as a CASB solution.

Topic 5

Netskope User Activity and Threat Protection: This portion focuses on Netskope's capabilities in monitoring user behavior and identifying anomalies. It also covers the implementation of cloud application controls and detailed access policies. The section further delves into Netskope's approach to detecting cloud-based malware and its threat intelligence features, as well as cloud data security measures.

Netskope Certified Cloud Security Integrator (NCCSI) Sample Questions (Q18-Q23):

NEW QUESTION # 18
You are an administrator writing Netskope Real-time Protection policies and must determine proper policy ordering.
Which two statements are true in this scenario? (Choose two.)

A. You must place high-risk block policies at the top.
B. You do not need to create an "allow all" Web Access policy at the bottom.
C. You must place Netskope private access malware policies in the middle.
D. You must place DLP policies at the bottom.

Answer: A,B

Explanation:
To determine proper policy ordering for Netskope Real-time Protection policies, you need to follow these two statements: B. You do not need to create an "allow all" Web Access policy at the bottom. D. You must place high-risk block policies at the top. These statements are based on the best practices for policy ordering recommended by Netskope3. An "allow all" Web Access policy at the bottom is not necessary because any traffic that does not match any policy will be allowed by default. However, you can create a "monitor all" Web Access policy at the bottom if you want to log all the traffic that is not matched by any other policy4.
High-risk block policies at the top are important because they prevent any traffic that poses a serious threat or violates a critical compliance standard from reaching its destination. These policies should have higher priority than other policies that may allow or modify the traffic5. Therefore, options B and D are correct and the other options are incorrect. References: Real-time Protection Policies - Netskope Knowledge Portal, Create a Real-time Protection Policy for Web Categories - Netskope Knowledge Portal, Best Practices:
Real-time Protection Policies (1 of 2) - Netskope

NEW QUESTION # 19
Review the exhibit.

What is the purpose of the configuration page shown Ii the exhibit?

A. to enforce administrative role-based access
B. to provision a Netskope client using SCCM
C. to onboard Active Directory users to a Netskope tenant
D. to allow users to authenticate against the proxy

Answer: C

Explanation:
The configuration page shown in the exhibit is used to onboard Active Directory users to a Netskope tenant.
This is done by configuring the Active Directory settings in the Netskope platform and then importing the users from Active Directory. The configuration page allows you to specify the following parameters:
* Directory Service: The type of directory service that you are using, such as Active Directory or LDAP.
* Domain Name: The name of your Active Directory domain, such as example.com.
* Domain Controller: The IP address or hostname of your Active Directory domain controller, such as dc1.example.com.
* Username: The username of an account that has read access to your Active Directory, such as administrator@example.com.
* Password: The password of the account that has read access to your Active Directory.
* Base DN: The base distinguished name of the container or organizational unit that contains the users and groups that you want to import, such as OU=Users,DC=example,DC=com.
* User Filter: The LDAP filter that defines the criteria for selecting the users that you want to import, such as (objectClass=user).
* Group Filter: The LDAP filter that defines the criteria for selecting the groups that you want to import, such as (objectClass=group).
After configuring these parameters, you can click on Test Connection to verify that the connection to your Active Directory is successful. Then you can click on Import Users to start importing the users and groups from your Active Directory to your Netskope tenant.
References: Onboarding Active Directory Users to a Netskope Tenant1

NEW QUESTION # 20
Your company has many users thatare remote and travel often. You want to provide the greatest visibility into their activities, even while traveling. Using Netskope. which deployment method would be used in this scenario?

A. Use an IPsec tunnel.
B. Use a GRE tunnel.
C. Use proxy chaining.
D. Use a Netskope client.

Answer: D

Explanation:
Explanation
The best deployment method for remote and traveling users is to use a Netskope client. The Netskope client is a lightweight software agent that runs on the user's device and steers web and cloud traffic to the Netskope cloud for real-time inspection and policy enforcement1. The Netskope client provides an always-on end user remote access experience and avoids backhauling (or hairpinning) remote users through the corporate network to access applications in public cloud environments2. The Netskope client also supports offline mode, which allows users to work offline and sync their policies when they reconnect to the internet

NEW QUESTION # 21
You are given an MD5 hash of a file suspected to be malware by your security incident response team. They ask you to offer insight into who has encountered this file and from where was the threat initiated. In which two Skope IT events tables would you search to find the answers to these questions? (Choose two.)

A. Page Events
B. Network Events
C. Alerts
D. Application Events

Answer: C,D

Explanation:
Explanation
To find the answers to the questions posed by the security incident response team, you need to search in the Application Events and Alerts tables in Skope IT. The Application Events table shows the details of the cloud application activities performed by the users, such as upload, download, share, etc. You can filter the Application Events table by the MD5 hash of the file tofind out who has encountered this file and from which cloud service it was downloaded1. The Alerts table shows the details of the policy violations triggered by the users, such as DLP, threat protection, anomaly detection, etc. You can filter the Alerts table by the MD5 hash of the file to find out if this file was detected as malware by Netskope and what action was taken2. Therefore, options A and C are correct and the other options are incorrect. References: Application Events - Netskope Knowledge Portal, Alerts - Netskope Knowledge Portal

NEW QUESTION # 22
Your customer currently only allows users to access the corporate instance of OneDrive using SSO with the Netskope client. The users are not permitted to take their laptops when vacationing, but sometimes they must have access to documents on OneDrive when there is an urgent request. The customer wants to allow employees to remotely access OneDrive from unmanaged devices while enforcing DLP controls to prohibit downloading sensitive files to unmanaged devices.
Which steering method would satisfy the requirements for this scenario?

A. Use a secure forwarder integrated with an on-premises proxy.
B. Use proxy chaining with their cloud service providers integrated with their SSO.
C. Use a forward proxy integrated with their SSO.
D. Use a reverse proxy integrated with their SSO.

Answer: D

Explanation:
A reverse proxy integrated with their SSO would satisfy the requirements for this scenario. A reverse proxy intercepts requests from users to cloud apps and applies policies based on user identity, device posture, app, and data context. It can enforce DLP controls to prohibit downloading sensitive files to unmanaged devices. It can also integrate with the customer's SSO provider to authenticate users and allow access only to the corporate instance of OneDrive. The other steering methods are not suitable for this scenario because they either require the Netskope client or do not provide granular control over cloud app activities.

NEW QUESTION # 23
......

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