Practice for the Wiz Certified Cloud User exam with 17 exam-style practice questions, instant answer reveals, and concise explanations of every correct answer. Topics include: Which best describes the relationship between likelihood and impact in Wiz severity?. Follow @CertPunch and visit certpunch.com for more certification practice exams and study content.
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What you will practice
- Which best describes the relationship between likelihood and impact in Wiz severity?
- What primarily distinguishes a Threat Detection Issue from a Graph Control Issue?
- A previously resolved Issue reappears after a Wiz Policy update. What is the most reasonable explanation?
- Which is the clearest indicator Wiz uses to help an analyst decide what to fix first?
- An organization wants newly created Critical Issues to be auto-assigned and ticketed without manual triage. W…
- Why might an Issue be automatically resolved even though no engineer touched the affected resource?
Answers and explanations
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Q1. Which best describes the relationship between likelihood and impact in Wiz severity?
Answer: C. Severity combines likelihood (how probable/exploitable) and impact (potential damage)
Severity combines likelihood, which is how exploitable a vulnerability is, and impact, representing potential damage. This contrasts with traditional tools that might rank severity strictly by counting findings or using theoretical scores.
Q2. What primarily distinguishes a Threat Detection Issue from a Graph Control Issue?
Answer: C. Threat Detection Issues come from active runtime activity (via Runtime Sensors); Graph Control Issues come from correlating data on the Security Graph
Threat detection issues come from active runtime activity via runtime sensors, while graph control issues come from correlating data on the security graph. Remember that graph controls evaluate configurations, not live execution events.
Q3. A previously resolved Issue reappears after a Wiz Policy update. What is the most reasonable explanation?
Answer: D. Wiz updated a Policy so the condition is now evaluated/created again
Wiz updated a policy so the condition is now evaluated and created again. Automatic policy updates can reopen previously resolved issues if the new logic detects a match, ensuring continuous compliance enforcement.
Q4. Which is the clearest indicator Wiz uses to help an analyst decide what to fix first?
Answer: B. Issue severity
Issue severity directly drives remediation priority in Wiz, allowing analysts to resolve the most critical risks first. Tags and timestamps provide metadata but do not determine the immediate risk level requiring attention.
Q5. An organization wants newly created Critical Issues to be auto-assigned and ticketed without manual triage. Which capability accomplishes this, and how does it relate to Issue management?
Answer: D. Automation Rules, which trigger assignment and ticket creation based on Issue conditions
Automation Rules automatically trigger actions like ticket creation and assignment based on specified Issue conditions. Lenses and Boards are used for filtering and organizing, while Ignore Rules suppress findings rather than orchestrate remediation workflows.
Q6. Why might an Issue be automatically resolved even though no engineer touched the affected resource?
Answer: B. A Wiz Policy update changed evaluation logic so the condition no longer applies
Wiz automatically resolves an Issue when a policy update changes the evaluation logic and the resource no longer violates the rule. Boards and renaming are manual actions that change state but do not evaluate security conditions.
Q7. A managed database is configured to be publicly accessible with weak authentication. In Wiz, this is primarily classified as which risk?
Answer: B. Cloud resource misconfiguration
A publicly accessible database with weak authentication is a classic cloud resource misconfiguration. Wiz flags these posture issues distinctly from runtime malware infections or vulnerabilities found inside container images.
Q8. Wiz detects an exposed secret. What is the recommended remediation priority?
Answer: B. Rotate/revoke the secret promptly and remove it from the exposed location
Exposed secrets require immediate rotation and removal from the exposed location to prevent unauthorized access. Adding tags or resizing resources does not mitigate the actual security risk of compromised credentials.
Q9. Which scenario represents the highest-priority toxic combination for Wiz to surface?
Answer: B. An internet-exposed workload with a critical exploitable vulnerability and a role granting access to sensitive data
A critical exploitable vulnerability on an internet-exposed workload with access to sensitive data is the classic toxic combination. Expect exam questions to prioritize issues combining external exposure, severe flaws, and privileged data access.
Q10. A bucket with sensitive data is encrypted at rest but has a policy allowing any authenticated user in any account to read it. What is the accurate assessment?
Answer: A. It still represents a sensitive-data exposure due to overly broad access, regardless of encryption at rest
Overly permissive access policies create a sensitive data exposure regardless of encryption at rest. Remember that encryption protects data at rest, but it does not prevent unauthorized users from reading it if access is allowed.
Q11. What is the core purpose of vulnerability management in Wiz?
Answer: D. To identify vulnerable software/packages on workloads and prioritize them by context
Vulnerability management identifies vulnerable software packages on workloads and prioritizes them using contextual security data. Always look for options focusing on risk-based prioritization rather than isolated ticketing or generic compliance tasks.
Q12. Wiz shows that an exposed secret found on Workload A grants access to a sensitive datastore reached only by Workload B. What concept does this best demonstrate?
Answer: D. Indirect attack paths and lateral movement enabled by an exposed secret
Finding an exposed secret enabling access to a datastore via another workload illustrates indirect attack paths and lateral movement. The exam emphasizes how security graph analysis links isolated risks into explosive attack chains across cloud environments.
Q13. Which finding would Wiz most likely associate specifically with AI services rather than general cloud workloads?
Answer: D. A vector/training data store exposing sensitive data or secrets used by a model
Exposed sensitive training data or model secrets are AI-specific findings distinguished from general cloud risks. Look for machine learning keywords like vector stores or training pipelines to identify these specialized exam scenarios quickly.
Q14. An analyst wants to confirm whether a flagged vulnerability is worth urgent patching. Which Wiz context is MOST decisive?
Answer: B. Whether it is exploitable, exposed, and connected to sensitive data or privileges
Context showing a vulnerability is exploitable, internet-exposed, and grants access to sensitive data is the most decisive prioritization factor. Always elevate risks that combine multiple threats into dangerous attack paths over isolated flaws.
Q15. Which is a primary purpose of an Automation Rule?
Answer: D. Auto-assigning Issues based on defined conditions
Automation rules auto-assign issues, create tickets, and send notifications based on defined conditions to streamline remediation workflows. Do not confuse workflow automation with core scanning operations or backend graph schema definitions.
Q16. A team wants recurring posture reports archived in cloud object storage. What does Wiz support?
Answer: C. Generating built-in Reports and storing them in third-party tools like S3
Wiz supports generating built-in reports and automatically exporting or archiving them to third-party tools like cloud object storage. Know that report integrations extend visibility, while runtime sensors handle active threat detection.
Q17. What is the main advantage of CSPM near real-time scanning compared to relying solely on periodic scheduled scans?
Answer: D. It detects supported configuration changes shortly after they occur, reducing the window of unnoticed drift
Near real-time scanning detects supported configuration changes shortly after they occur, shrinking the window of unnoticed drift. It does not actively block malicious traffic or capture full packet data.
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