Zscaler Zscaler Digital Transformation Administrator ZDTA Exam Dumps: Updated Questions & Answers (October 2025)

The valid Malware Protection setting selectable when configuring a Malware Policy in Zscaler is Block. This setting instructs the platform to block malicious files or activities detected by malware scanning engines.

Other settings like Isolate or Bypass are not standard malware policy actions in Zscaler’s malware protection configuration. The “Do Not Decrypt” option relates to SSL inspection settings, not malware policy actions. The study guide specifies “Block” as the primary malware policy action to enforce protection.

Zscaler Advanced Firewall supports DNS Tunnel and DNS Application Control, capabilities that are not available in the Standard Firewall. This enhances detection and control of DNS-based threats and allows granular enforcement over DNS queries and responses to prevent data exfiltration and command and control activities.

When tunnels (GRE/IPSec) are already configured from trusted locations (like branch offices), the recommended 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.

After the Zscaler Client Connector (ZCC) receives a valid SAML response, Zscaler Internet Access (ZIA) takes over to validate the SAML assertion. Upon successful validation, ZIA issues an authentication token that allows the user to access services securely. This centralized validation ensures authentication integrity and enables seamless policy enforcement across Zscaler services.

A primary business risk introduced by legacy firewalls is performance issues. Traditional firewalls are often unable to efficiently handle modern high-volume and encrypted traffic, leading to latency, bottlenecks, and reduced network performance. This negatively impacts user experience and security posture. The study guide points out that legacy firewalls struggle with scalability and speed in today’s cloud-centric environment, making performance a key concern.

A Watering Hole Attack is characterized by attackers planting malware on websites or services that are commonly accessed by their intended victims. The goal is to infect users who visit these trusted sites by injecting malicious code or malware. This type of attack leverages the trust users place in frequently visited services to deliver malware covertly.

Other options like Remote Access Trojans, Phishing, and Exploit Kits are attack types but do not specifically involve compromising commonly accessed services to plant malware.

Access Policies apply the same allow-or-block decision to both individual Application Segments and to Application Segment Groups when their rule conditions are met.

The “Blocked Countries” feature in Advanced Threat Protection lets you restrict access to web destinations based on their geographic location, preventing connections to any sites hosted in the specified countries.

The Forwarding Profile in Zscaler defines the fallback methods and behavior when a DTLS tunnel cannot be established. This profile governs how traffic should be forwarded if the preferred DTLS (Datagram Transport Layer Security) tunnel fails, ensuring continuity by falling back to alternative methods such as TLS or other configured options. It is critical to maintaining secure and resilient connectivity paths for traffic forwarding.

The study guide clarifies that this forwarding profile specifically addresses DTLS fallback behavior to maintain session reliability.

ZDX collects Wi‑Fi signal strength as part of its Endpoint Monitoring metrics and also displays it in Cloud Path Probe results, so you can spot low signal quality either in the device health Wi‑Fi indicator or when examining the Cloud Path visualization.