Practice for the Wiz Cloud Fundamentals exam with 15 exam-style practice questions, instant answer reveals, and concise explanations of every correct answer. Topics include: You need to integrate Wiz with a self-managed Kubernetes cluster whose API endpoint is located in a private subnet and i. Follow @CertPunch and visit certpunch.com for more certification practice exams and study content.
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What you will practice
- What language is specifically used by Open Policy Agent (OPA) to define Wiz Cloud Configuration Rules (CCRs)…
- Which integration category in Wiz focuses on consolidating findings from compliance monitoring tools (like Ze…
- Wiz employs an agentless workload scanning process. How does Wiz handle the scanning of VM volumes (system OS…
- Which statement accurately describes the relationship between findings and issues in Wiz?
- Which core component in the Wiz architecture aggregates configuration details, resource relationships, and fi…
- When modeling network exposure, Wiz combines effective exposure analysis with other signals to identify toxic…
Answers and explanations
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Q1. What language is specifically used by Open Policy Agent (OPA) to define Wiz Cloud Configuration Rules (CCRs) as security policies as code?
Answer: D. Rego
Open Policy Agent uses the Rego declarative language to define Wiz Cloud Configuration Rules as code. For the exam, permanently associate Rego with custom configuration rules, while YAML and JSON are simply used for structural data formatting.
Q2. Which integration category in Wiz focuses on consolidating findings from compliance monitoring tools (like ZenGRC or Drata) to automate evidence collection and manage regulatory adherence?
Answer: D. Compliance Management tools
Compliance Management tools focus on consolidating findings to automate evidence collection and manage regulatory adherence. For the exam, distinguish this category clearly from SOAR and automation, which generally handles broader incident response and ticketing workflows rather than strict audits.
Q3. Wiz employs an agentless workload scanning process. How does Wiz handle the scanning of VM volumes (system OS and non-OS disks) without impacting the performance of the running workload?
Answer: C. It uses cloud provider functionality to create an out-of-band snapshot or disk clone for scanning.
Wiz uses cloud provider functionality to create an out-of-band snapshot or disk clone for scanning. This ensures the analysis occurs entirely on ephemeral copies, separating the heavy scanning processes from the live workload to prevent any operational disruption.
Q4. Which statement accurately describes the relationship between findings and issues in Wiz?
Answer: A. A finding is the result of a single policy violation, while an issue is the result of a toxic combination of multiple findings and risks.
A finding represents a single policy violation, while an issue is generated by a toxic combination of multiple findings and risk factors. Remember that issues represent critical attack paths, rather than just raw vulnerability data or simple network exposure.
Q5. Which core component in the Wiz architecture aggregates configuration details, resource relationships, and findings from various scanners (Cloud, Workload, third-party) to enable complex risk analysis and modeling?
Answer: C. The Security Graph
The Security Graph aggregates configuration details, resource relationships, and findings from various scanners to enable complex risk analysis. It maps these connections to identify toxic combinations, distinguishing it from the Network Analyzer or Configuration Rule Engine.
Q6. When modeling network exposure, Wiz combines effective exposure analysis with other signals to identify toxic combinations. What subsequent step is performed by the dynamic scanner in relation to exposure analysis?
Answer: C. Periodically validating the status of potentially exposed ports and IP addresses.
The dynamic scanner periodically validates the actual operational status of potentially exposed ports and IP addresses identified during initial exposure analysis. Remember that the security graph builds the theoretical exposure model, while the scanner verifies if those paths are actually live.
Q7. If you are designing a custom action to automate remediation for a specific misconfiguration, which field in the Remediation & Response event payload tells your function which specific action it needs to execute?
Answer: C. responseFunctionId
The responseFunctionId specifies the exact remediation function that your custom automation stack needs to execute. When integrating Remediation and Response workflows, map this payload field carefully to ensure your serverless function triggers the correct corrective action.
Q8. What is the primary role of Host Configuration Rules (HCRs) in the policy lifecycle?
Answer: B. To assess host configurations against official hardening benchmarks for OS and applications.
Host Configuration Rules assess host configurations by validating operating systems and applications against official hardening benchmarks. Do not confuse these with cloud configuration rules, which focus entirely on cloud control plane settings rather than internal workload hardening.
Q9. What principle dictates that Wiz performs deep analysis of a workload (extracting vulnerabilities, secrets, and misconfigurations) without affecting its live performance?
Answer: B. Agentless scanning via snapshot/disk clone.
Agentless scanning via disk snapshots allows deep analysis without impacting live workload performance. By analyzing an offline copy of the disk, Wiz extracts vulnerabilities and misconfigurations safely. The Runtime Sensor is used for live protection, not agentless scanning.
Q10. When scanning a VMware ESXi system, how does Wiz access the package information for vSphere Installation Bundles (VIBs)?
Answer: B. Utilizing the vSphere API via the Wiz Broker to list installed VIBs and their versions.
Wiz retrieves installation bundle information by utilizing the vSphere API. Because vSphere environments are frequently internal, the Wiz Broker is deployed to facilitate secure communication between the Wiz backend and your private vCenter API.
Q11. Which type of Connector relies on the Wiz Broker to fetch images from the registry API if the registry is private or on-premise and lacks internet access?
Answer: C. Container Registry Connector
The Container Registry Connector relies on the Wiz Broker to fetch images if the registry is private or lacks internet access. The Broker acts as a secure bridge, allowing the Wiz backend to communicate with isolated internal registry APIs.
Q12. Which action allows a security team to automatically generate communications (e.g., Slack or Jira messages) when a Wiz Issue is created or updated?
Answer: C. Using Automation Rules with integrations like Slack or Jira.
Automation Rules link Issue state changes to integrated actions, enabling automated communication to external platforms like Slack or Jira. Manual actions require human intervention, which defeats the requirement for automated messaging.
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