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Zscaler ZTCA Exam Syllabus Topics:

Topic	Details
Topic 1	Zero Trust Architecture Deep Dive Summary: This domain provides a recap of the Zero Trust concepts and practices discussed throughout the course. It reinforces the key elements required to successfully design and implement a Zero Trust architecture.
Topic 2	Enforce Policy: This section explains how security policies are applied and enforced across user connections and application access. It focuses on ensuring that access decisions follow defined policies and that connections to applications remain secure and compliant.
Topic 3	An Overview of Zero Trust: This section explains the shift from traditional network security models to a Zero Trust architecture. It covers how Zero Trust connections are established and introduces the key principles of verifying identity, controlling content and access, enforcing policy, and securely initiating connections to applications.
Topic 4	Control Content & Access: This domain covers how organizations assess risk, prevent compromise, and protect sensitive data when users access applications or services. It emphasizes adaptive controls, security inspection, and data protection practices aligned with Zero Trust principles.
Topic 5	Zero Trust Architecture Deep Dive Introduction: This domain introduces the foundational concepts of Zero Trust Architecture and prepares learners for deeper topics in the course. It provides a high-level understanding of how the Zero Trust framework operates within modern security environments.

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Zscaler Zero Trust Cyber Associate Sample Questions (Q16-Q21):

NEW QUESTION # 16
The first step of verifying identity is the "who." And "who" is not just who is the user, but also, in addition:

A. The device, and understanding what levels of access that device has.
B. The type of bare-metal server that the packets traverse on their way to the destination.
C. The destination, who can also be a user.
D. The IaaS destination that the user is connecting to.

Answer: A

Explanation:
The correct answer is B . In Zero Trust architecture, the "who" is broader than just the username or authenticated person. It also includes the device context associated with that request. This is important because Zero Trust does not make access decisions based only on user identity. It also considers whether the device is trusted, managed, compliant, encrypted, protected by endpoint security, or otherwise suitable for the requested level of access.
That means the "who" can be understood as the user together with the device being used, since both contribute to the trust decision. A user on a managed endpoint with proper posture may receive a different access outcome from the same user on an unmanaged or risky device. This is a core Zero Trust principle because it prevents identity-only decisions from becoming overly permissive.
The other options do not best match this concept. The destination is part of access context, but it is not the added meaning of "who" in this question. Bare-metal server type and IaaS destination are unrelated to verifying the requesting identity. Therefore, the correct answer is the device, and understanding what levels of access that device has .

NEW QUESTION # 17
What types of attributes can be used to assess whether access is risky? (Select 2)

A. Leveraging APIs available on the Layer 3 devices on the network to scan for malicious services or hosts in the environment.
B. The endpoint operating system of the initiator.
C. Seeing patterns in user behavior around things such as blocked malware downloads and blocked access to phishing sites.
D. An analysis of device posture to examine attributes such as domain joined status, a certificate, whether the device has AV/EDR installed, and whether the device is running disk encryption.

Answer: C,D

Explanation:
The correct answers are B and D . In Zero Trust architecture, risk is determined from multiple contextual signals , not from a single static attribute. Zscaler's architecture guidance states that policy decisions evaluate the user, machine, location, group, and more , which directly supports the use of device posture as a risk input. Device posture factors such as domain membership, certificate presence, endpoint protection tools like antivirus or endpoint detection and response (EDR), and disk encryption status are strong indicators of whether the device can be trusted for a given access request.
Behavioral patterns are also valid risk indicators. Zero Trust does not look only at who the user is; it also considers how that user and device are behaving over time. Repeated blocked malware downloads, blocked phishing attempts, and similar negative security events can indicate elevated risk and justify tighter policy enforcement on future requests. By contrast, the operating system alone is too narrow to be the best answer, and Layer 3 device API scanning is not the access-risk attribute model being tested here. Therefore, the strongest Zero Trust choices are device posture analysis and behavioral risk patterns .

NEW QUESTION # 18
What is the cause of performance issues for some VPN connections?

A. Interoperability issues between IPSec standards like IKEv1 and IKEv2.
B. Hairpinning cloud application traffic through a data center bottleneck.
C. VPN vendors throttle network traffic on the overlay by default to reduce overhead on the VPN headend.
D. A split tunnel VPN where you break out traffic destined for certain IP addresses to go direct.

Answer: B

Explanation:
The correct answer is C . A common cause of poor performance in legacy VPN architectures is hairpinning traffic through a central data center before it can reach cloud or internet destinations. This creates unnecessary distance, added latency, and congestion because the user's traffic does not take the most direct path to the application. Instead, it is first forced back into the enterprise network, often through a VPN concentrator and a stack of centralized security appliances.
This design made more sense when applications mostly lived in corporate data centers. But once applications moved to the cloud and users became more distributed, the same architecture began creating serious user- experience problems. Zero Trust addresses this by allowing access to be enforced closer to the user and closer to the destination, rather than depending on centralized backhaul.
The other options are weaker answers. Split tunneling introduces visibility and control concerns, but it is not the main performance problem being tested here. Vendor throttling and IPSec version mismatch are not the common architectural cause. Therefore, the best answer is hairpinning cloud application traffic through a data center bottleneck .

NEW QUESTION # 19
When delivering policy to control access, if you want to allow an initiator to get access, but not expose them to a risky destination, which enforcement policies should be used?

A. Block.
B. Physical quarantine of the user's device.
C. Provide time-based access.
D. Conditionally allow [Isolate, Steer (if need be)].

Answer: D

Explanation:
The correct answer is A . In Zero Trust architecture, enforcement is not limited to a simple allow-or-block outcome. Zscaler's architecture model supports conditional access controls that let the user proceed while reducing exposure to risk. This is why controls such as isolation are important. Zscaler's TLS/SSL inspection reference architecture lists browser isolation among the protections enabled by traffic inspection, allowing access to proceed while isolating risky web activity from the endpoint. That matches the idea of allowing access without directly exposing the initiator to the destination's full risk.
The "steer" concept also fits Zero Trust control logic because traffic can be directed through the most appropriate enforcement path or protective service edge as part of policy execution. By contrast, physical quarantine is a coarse legacy-style response, time-based access does not directly reduce destination risk, and block would deny access entirely rather than allow it safely. In Zero Trust, the better outcome is to preserve business access while applying the right protective control. Therefore, the best answer is Conditionally allow with Isolate and, if needed, Steer .

NEW QUESTION # 20
How are services protected in a legacy scenario when they are discoverable on the public Internet? (Select all that apply)

A. Establishing a DMZ that would include multiple products and services.
B. Dynamic Application Security Testing (DAST).
C. A large security stack including appliances that handle functions like global load balancing, firewalling, DDoS, and more.
D. A web application firewall (WAF) for protecting against DDoS and other botnet style attacks.

Answer: A,C,D

Explanation:
The correct answers are A, C, and D . In a legacy architecture, applications that are exposed and discoverable on the public Internet are usually protected by building a DMZ (demilitarized zone) and placing multiple security technologies in front of the service. This commonly includes a large security stack made up of separate appliances or services for functions such as load balancing, firewalling, distributed denial-of-service (DDoS) protection, and related edge security controls. A web application firewall (WAF) is also a standard protective element in these public-facing designs because it adds inspection and protection for web-based attack patterns and internet-originated abuse.
Option B, DAST , is not a correct answer because Dynamic Application Security Testing is a testing and assessment method, not a live architectural protection control that sits inline to defend exposed services in production. Zero Trust architecture contrasts with this legacy model by removing direct public discoverability and reducing dependence on a complex exposed edge stack. Instead of defending openly exposed applications with layered perimeter tools, Zero Trust aims to make applications less discoverable and access more identity- and policy-driven.

NEW QUESTION # 21
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