ZDTA Exam Dumps - Zscaler Digital Transformation Administrator

Prevent Compromise analyzes device and network telemetry - including security configurations, event logs, and traffic flows - to gauge how well you’re blocking initial intrusion attempts and misconfigurations.

The primary role of Sandbox functionality is to detect and analyze zero‑day and other unknown threats by executing suspicious files in an isolated environment before they reach users.

Server Groups in ZPA use Dynamic Server Discovery to supply Connector Groups with the application endpoints’ DNS names or IPs. The Connector Groups then resolve those addresses and perform health checks to ensure the applications are reachable before steering user traffic.

Out of the box, Zscaler’s Malware Protection policy is configured to block any traffic identified as a virus, ensuring known malicious files are denied immediately.

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 user risk score enables organizations to configure stronger user-specific policies to monitor and control user-level risk exposure. This score reflects a user's risk posture based on behaviors and detected anomalies and helps in tailoring security policies to address individual risk levels.

While the score gives insight into user risk, it is primarily designed for adaptive policy enforcement rather than direct compromise detection or cross-company comparison. The study guide highlights that user risk scores drive policy adjustments to better secure user activity.

A “Patient 0” alert fires when the first instance of a previously unknown file slips through (under an “Allow and Scan” first‑time action) and is later classified as malicious by the sandbox, identifying that initial download as the zero‑day event.

Advanced Threat Protection (ATP) defends users from malicious active content, which includes malware, exploit kits, malicious scripts, and other forms of active content designed to compromise user systems. ATP employs multiple techniques such as sandboxing, malware scanning, and threat intelligence to detect and block these threats before they reach the user.