250-583 Exam Guide
This 250-583 exam focuses on practical knowledge and real-world application scenarios related to the subject area. It evaluates your ability to understand core concepts, apply best practices, and make informed decisions in realistic situations rather than relying solely on memorization.
This page provides a structured exam guide, including exam focus areas, skills measured, preparation recommendations, and practice questions with explanations to support effective learning.
Exam Overview
The 250-583 exam typically emphasizes how concepts are used in professional environments, testing both theoretical understanding and practical problem-solving skills.
Skills Measured
- Understanding of core concepts and terminology
- Ability to apply knowledge to practical scenarios
- Analysis and evaluation of solution options
- Identification of best practices and common use cases
Preparation Tips
Successful candidates combine conceptual understanding with hands-on practice. Reviewing measured skills and working through scenario-based questions is strongly recommended.
Practice Questions for 250-583 Exam
The following practice questions are designed to reinforce key 250-583 exam concepts and reflect common scenario-based decision points tested in the certification.
Question#1
A Broadcom Security Consultant is troubleshooting an issue where a remote sales executive's laptop is repeatedly failing to establish its Always-On ZTNA tunnel when connecting from a hotel Wi-Fi network. (Choose 2.)
Diagnostic Log on Endpoint Agent:
08:00:12 - Network Interface UP (SSID: Hotel_Guest_WiFi)
08:00:15 - Initiating Always-On Tunnel...
08:00:16 - Posture Check: COMPLIANT (AV running, OS updated)
08:00:25 - Cloud Edge Reachability: FAILED
08:00:26 - Tunnel State: DISCONNECTED
08:00:26 - Reason: Captive Portal Detected
Based on the diagnostic log and the mechanics of the Always-On agent mode, which TWO statements accurately describe the failure and the necessary remediation?
A. The agent's captive portal detection feature temporarily pauses the Always-On enforcement to allow the user's browser to authenticate to the local Wi-Fi network.
B. The resolution requires the administrator to permanently switch the executive's laptop to On-Demand mode to bypass all future captive portal checks.
C. The Always-On agent detects the captive portal interception and prevents the secure tunnel from forming until the user interacts with the portal's webpage.
D. The endpoint failed the continuous posture check because the hotel Wi-Fi injected a malicious certificate into the network stream.
Question#2
A Security Solutions Architect is configuring agentless SSH access for an offshore development team. The architect is adjusting the global "SSH Key Lifetime" policy within the ZTNA authentication settings.
Agentless SSH Configuration Details:
Access Model: Browser-based (ZTNA Chrome Extension)
Target Servers: Linux_Dev_Environment
Global SSH Key Lifetime Setting: [To be configured]
What is the security function of the Global SSH Key Lifetime setting in this specific agentless access architecture?
A. It defines the validity period for ephemeral SSH certificates that ZTNA dynamically generates and injects into target Linux servers.
B. It establishes a recurring schedule for the ZTNA platform to permanently delete and recreate the static root SSH key pairs stored on the external Identity Provider.
C. It specifies the maximum idle timeout threshold; if no network activity is detected within this period, the Site Connector terminates the TCP connection to the internal Linux server to conserve resources and prevent stale connections.
D. It determines the duration for which the end-user's Chrome extension caches the Active Directory password within its secure local storage, after which the user is required to re-authenticate by re-entering their credentials to maintain security.
Question#3
A Zero Trust Implementation Specialist is auditing the administrative actions performed within the ZTNA tenant over the past week.
Audit Log Event:
User: [email protected]
Assigned Role: Site Admin (Scope: 'Tokyo_HQ')
Action Attempted: Update_Global_SAML_Metadata
Status: Denied (403 Forbidden)
Based on the ZTNA RBAC authorization model, why did the system generate this 403 Forbidden denial?
A. The administrator attempted the action outside of their scheduled working hours, as strictly defined and enforced by the Azure AD conditional access policy during the administrative session.
B. The 'Tokyo_HQ' Site Connector was temporarily offline, which severed the administrator's management connection to the ZTNA control plane infrastructure.
C. The administrator failed to provide a multi-factor authentication (MFA) token when prompted by the Identity Provider for a step-up authorization.
D. The action modifies global authentication settings, exceeding the Site Admin role's infrastructure-specific scope.
Question#4
An IT Security Manager is designing the RBAC model for a newly acquired subsidiary. The subsidiary's IT team needs the ability to publish and secure their own internal applications, but they must not be allowed to manage the virtual machines (Site Connectors) bridging their datacenter to the cloud.
Based on the ZTNA RBAC model, how does the 'Collection Admin' role differ from the 'Site Admin' role to fulfill this requirement?
A. The Collection Admin role automatically inherits Site Admin privileges for any Site Connector routing traffic for an application within their assigned Collection, particularly when the application is actively published and requires ongoing connectivity.
B. The Site Admin role is designed exclusively for configuring Layer 7 application inspection features such as SSL decryption and URL filtering, whereas the Collection Admin manages Layer 4 TCP/UDP routing rules and associated application access policies.
C. The Collection Admin role is authorized to create and modify application definitions and access policies within their scope, but is prevented from deploying or deleting Site Connector infrastructure.
D. The Collection Admin is a Read-Only role enabling business application owners to view audit logs and application status reports in the portal, while the Site Admin executes all active configuration changes including infrastructure modifications.
Question#5
A Zero Trust Security Architect is reviewing the interaction between Identity Provider (IdP) timeouts and Continuous Contextual Authorization.
Configuration State:
IdP (Okta) Session Timeout: 8 Hours
ZTNA Global Absolute Timeout: 12 Hours
App 'Payroll' Posture: Strict_Corporate (Continuous AV Check)
A user authenticates at 08:00. At 14:00 (6 hours later), a malicious script disables the user's Antivirus. (Choose 2.)
Which TWO statements accurately describe how the ZTNA architecture handles this event, despite the user's Okta session still being technically valid for another 2 hours?
A. The ZTNA cloud edge pauses the 'Payroll' connection and redirects the user back to Okta, forcing them to complete a step-up MFA prompt before allowing the session to continue.
B. Continuous authorization creates a logical "AND" condition; because the posture fell out of compliance, the overall authorization equation failed, triggering the dynamic network block.
C. The ZTNA platform sends an API command to Okta, forcing an immediate, out-of-band expiration of the user's 8-hour session token.
D. The ZTNA cloud edge ignores the active Okta session and immediately revokes the TCP connection to the 'Payroll' application because the device failed the mandatory continuous posture check.
Disclaimer
This page is for educational and exam preparation reference only. It is not affiliated with Broadcom, Network Security, or the official exam provider. Candidates should refer to official documentation and training for authoritative information.
