ZDTA Exam Dumps - Zscaler Digital Transformation Administrator

Cloud application controlis the feature that allows an administrator to distinguish and enforce policies specifically on the corporate instance of a SaaS application. This enables granular control, allowing users to access the approved corporate SaaS while restricting access to personal or unauthorized instances. Out-of-band CASB generally provides visibility but does not enforce real-time distinctions in this context. URL filtering with SSL inspection and Endpoint DLP serve different purposes, such as content inspection and endpoint data protection, respectively.

The study guide explains that Cloud Application Control policies identify and enforce controls based on SaaS application instances, providing precise policy enforcement aligned with corporate SaaS usage requirements.

Types of device posture typically include attributes that reflect the security and compliance status of a device. This includesUnauthorized Modification, which checks if the device has unauthorized changes;OS Version, verifying if the operating system is up-to-date; andLicense Key, confirming the validity of software licenses on the device. These attributes help in assessing device trustworthiness for access control.

Other options include some irrelevant attributes such as "First name" or product-specific detections not generally categorized as device posture in Zscaler’s framework.

Trusted Networksin Zscaler are defined using network-specific parameters such as DNS Server, Default Gateway, and Network Range, which are used to identify known internal networks. These properties help Zscaler Client Connector recognize when a device is on a corporate network.Org ID, however, is unrelated to the network characteristics and is instead associated with tenant identification in Zscaler’s cloud infrastructure.

Inline Data Protection is the process of inspecting data as it transits the network in real time, enforcing policies that prevent sensitive data from being leaked or transmitted improperly. Blocking the attachment of a sensitive document in webmail represents inline data protection because it intercepts and controls data transmission at the network level, stopping sensitive content before it leaves the organization.

Preventing copying to a USB drive is endpoint control and does not happen inline in network traffic. Preventing sharing in OneDrive is cloud access security broker (CASB) activity, often done through API integrations, not inline network control. Analyzing M365 tenant security is an audit or advisory activity, not real-time inline protection.

Therefore, the correct example of inline data protection in Zscaler's cloud security services is blocking the attachment of a sensitive document in webmail.

Yes, theAccess Control suite includes controls for segmentation and conditional access, which are designed to prevent lateral movement within networks. These features allow organizations to restrict access between different segments and enforce policies that limit the spread of threats or unauthorized access within internal environments.

To avoid prompting users with a cloud selection menu in the Zscaler Client Connector (ZCC), administrators shouldcustomize the MSI installation package with theCLOUDNAMEparameter. This setting ensures the ZCC automatically connects to the correct ZIA cloud instance without user intervention. The CLOUDNAME corresponds to the designated cloud name for the organization’s ZIA tenant, effectively bypassing the prompt. This is outlined under Zscaler's deployment and configuration instructions for ZCC.

When tunnels (GRE/IPSec) are already configured from trusted locations (like branch offices), therecommended setting is “Tunnel v2.0” for on-trusted networks and “None” for off-trusted. This ensures that while on a corporate network, the Zscaler Client Connector uses the pre-established tunnels, but falls back to direct or other secure methods (like VPN or ZCC tunnel) when off-trusted. This aligns with Zscaler's best practices for hybrid deployment.

Z-Tunnel 2.0is the technology designed to secure all IP unicast traffic. It establishes encrypted tunnels between clients and Zscaler cloud edges, providing secure, transparent forwarding of all IP-based traffic, beyond just HTTP/S, ensuring comprehensive protection of network communications.