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100+ Free Wiz Certified Practice Questions

Pass your Wiz Certified — Cloud-Native Application Protection (CNAPP) exam on the first try — instant access, no signup required.

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How does Wiz integrate with multi-cloud environments (AWS, Azure, GCP) and what cloud account access model does it use?

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2026 Statistics

Key Facts: Wiz Certified Exam

~55

Exam Questions

Wiz

~70%

Passing Score

Wiz

60 min

Exam Duration

Wiz

Free/$200

Exam Fee

Wiz

2 years

Certification Validity

Wiz

100

Practice Questions

OpenExamPrep

Approximately 50-60 questions in 60 minutes, ~70% passing score, free to ~$200. Key domains: Wiz Platform Architecture (20-25%), CSPM (20-25%), Workload & Application Security (20-25%), Risk Prioritization (15-20%), and CNAPP Fundamentals (15-20%). Certification valid for 2 years.

Sample Wiz Certified Practice Questions

Try these sample questions to test your Wiz Certified exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1What does CNAPP stand for and what problem does it solve?
A.Cloud-Native Application Protection Platform — CNAPP consolidates CSPM, CWPP, CIEM, and other cloud security tools into a unified platform that provides end-to-end visibility and protection from development to runtime across cloud environments
B.Cloud Network Access Protection Protocol — a VPN-based protocol for securing access to cloud APIs
C.Certified Network and Application Pen-testing Platform — a compliance framework for cloud penetration testing
D.Container Network and API Policy Portal — a Kubernetes-native policy enforcement engine
Explanation: CNAPP (coined by Gartner 2021) addresses the fragmentation of cloud security tools by combining Cloud Security Posture Management (CSPM), Cloud Workload Protection Platform (CWPP), Cloud Infrastructure Entitlement Management (CIEM), Kubernetes Security Posture Management (KSPM), and IaC scanning into a single integrated platform with a unified security graph.
2What is the Wiz Security Graph and why is it central to Wiz's approach?
A.The Wiz Security Graph is a queryable graph database representing all cloud resources, their relationships, configurations, vulnerabilities, and security findings — enabling attack path analysis by understanding how issues combine across interconnected resources
B.The Wiz Security Graph is a dashboard widget showing real-time attack traffic volume against cloud infrastructure
C.The Wiz Security Graph is a compliance framework mapping cloud controls to regulatory requirements
D.The Wiz Security Graph is a network topology diagram automatically generated from VPC configurations
Explanation: Wiz's Security Graph ingests cloud provider APIs to model every resource (EC2, S3, IAM role, network interface, container image, etc.) as nodes and their relationships as edges. Security findings (vulnerabilities, misconfigurations, network exposures) are also nodes, enabling graph queries that reveal how multiple low-severity issues combine to create exploitable attack paths.
3What is Wiz's agentless scanning approach and what is its primary advantage over agent-based solutions?
A.Wiz connects to cloud provider APIs and reads snapshot data from compute instances, containers, and serverless functions without deploying software agents, enabling immediate full-environment coverage with zero operational overhead or performance impact
B.Wiz's agentless approach skips vulnerability scanning entirely and relies only on network traffic analysis
C.Wiz requires agents on all cloud instances but calls them 'agentless' to distinguish from endpoint EDR agents
D.Wiz's agentless approach scans only storage resources (S3, Azure Blob) and cannot assess compute workloads
Explanation: Wiz deploys a read-only connector in the customer's cloud account that accesses cloud provider APIs and creates temporary disk snapshots. These are scanned in Wiz's infrastructure (or in the customer's cloud) without any agent process running inside the production workload — meaning no performance overhead, no deployment complexity, no agent drift, and instant coverage of all existing and new resources.
4What is CSPM (Cloud Security Posture Management) and what type of issues does it detect?
A.CSPM continuously monitors cloud infrastructure configurations against security best practices and compliance standards, detecting misconfigurations like publicly accessible S3 buckets, overly permissive security groups, disabled encryption, and missing MFA
B.CSPM manages the configuration of physical network switches and routers in cloud data centers
C.CSPM is a vulnerability scanner that finds software CVEs in cloud instance operating systems
D.CSPM monitors cloud spending and alerts when costs exceed budget thresholds
Explanation: CSPM continuously evaluates cloud resource configurations against benchmarks (CIS, NIST, PCI DSS, HIPAA, SOC 2) and custom policies. Common findings include S3 buckets with public read access, security groups with 0.0.0.0/0 rules, unencrypted database instances, unused IAM credentials, and missing logging configurations.
5What is a 'Wiz Issue' and how does it differ from a simple vulnerability alert?
A.A Wiz Issue is a contextual security finding that combines multiple signals (vulnerability severity, internet exposure, identity permissions, lateral movement paths) into a prioritized, actionable risk item — rather than a raw vulnerability with no context
B.A Wiz Issue is a customer support ticket submitted through the Wiz platform
C.A Wiz Issue is any finding with a CVSS score above 7.0, regardless of context
D.A Wiz Issue is a misconfiguration finding exclusively, separate from vulnerability findings
Explanation: Wiz Issues are context-enriched security findings generated by the Security Graph. Rather than alerting on a CVE in isolation, Wiz assesses whether the vulnerable workload is internet-exposed, holds sensitive data, has admin IAM permissions, and is part of a lateral movement path — then generates a prioritized Issue with the full risk context, dramatically reducing alert noise.
6What is an 'attack path' in Wiz and how does the Security Graph identify one?
A.An attack path is a sequence of cloud resources, permissions, and vulnerabilities that an attacker could chain together to reach a critical asset (like a sensitive database) from an initial foothold like a publicly exposed instance
B.An attack path is a network traceroute showing the path packets take from an attacker's IP to a cloud instance
C.An attack path is a regulatory compliance gap that creates legal risk rather than technical exploitation potential
D.An attack path is Wiz's term for the CI/CD pipeline that developers use to deploy code to production
Explanation: Wiz's Security Graph maps resource relationships and security findings. An attack path analysis finds sequences where: (1) a workload is internet-accessible, (2) it has a high-severity CVE, (3) the running workload identity has permissions to access a sensitive database or secret, creating a complete exploitation chain. Wiz visualizes and prioritizes these multi-step paths.
7What is CWPP (Cloud Workload Protection Platform) and what does Wiz scan for in cloud workloads?
A.CWPP protects cloud workloads (VMs, containers, serverless functions) by scanning for OS and package vulnerabilities (CVEs), malware, exposed secrets, misconfigured services, and compliance violations within the workload
B.CWPP manages the configuration of cloud load balancers and auto-scaling groups
C.CWPP is a backup and disaster recovery solution for cloud workloads
D.CWPP monitors cloud billing and alerts when workload costs exceed defined budgets
Explanation: Wiz's CWPP capability scans compute workload contents: operating system packages and kernel for CVEs, application libraries (npm, pip, Maven) for vulnerabilities, container images for known malware, secrets inadvertently embedded in files (private keys, API tokens), and service configurations (SSH keys, world-writable files, SUID binaries) — all without agents.
8What is Wiz's 'Toxic Combination' concept and why is it important for security prioritization?
A.A Toxic Combination is a cluster of multiple co-occurring security issues on the same resource or attack path (e.g., a publicly exposed + highly privileged + critical CVE instance) that together represent a far higher risk than any single issue alone
B.Toxic Combination is Wiz's compliance scoring for resources that violate multiple regulatory frameworks simultaneously
C.Toxic Combination is a Wiz report format combining vulnerability and misconfiguration data into a single PDF export
D.Toxic Combination is a Wiz API feature that merges duplicate security findings from multiple cloud accounts
Explanation: Wiz's Toxic Combinations highlight resources where multiple risk factors overlap: internet exposure + critical vulnerability + admin IAM role + sensitive data classification. Each factor alone might be manageable, but their co-occurrence on a single resource creates critical, immediately exploitable risk. This insight directs remediation to the highest-impact items first.
9What is CIEM (Cloud Infrastructure Entitlement Management) and what specific risk category does it address?
A.CIEM analyzes IAM permissions across cloud accounts to identify overly permissive roles, unused credentials, cross-account trust relationships, and privilege escalation paths — addressing the risk of excessive identity permissions
B.CIEM manages subscription billing for cloud services across multiple accounts
C.CIEM enforces network segmentation between cloud virtual networks (VPCs/VNets)
D.CIEM is a compliance certification required to operate in regulated cloud environments
Explanation: CIEM addresses the 'permissions explosion' problem in cloud environments where IAM roles often have far more permissions than needed. Wiz's CIEM identifies: roles with admin permissions that are rarely used, cross-account trust relationships that create lateral movement paths, human users with machine credentials, and IAM policy permissiveness scores — helping enforce least-privilege access.
10What is IaC (Infrastructure as Code) scanning in Wiz and when in the development lifecycle does it apply?
A.Wiz IaC scanning analyzes Terraform, CloudFormation, Kubernetes manifests, Helm charts, and ARM templates in source code or CI/CD pipelines before deployment to identify misconfigurations and vulnerabilities before they reach production
B.IaC scanning reviews the executable binaries of infrastructure management tools for software vulnerabilities
C.IaC scanning is a runtime monitoring capability that watches live Terraform state files for unauthorized changes
D.IaC scanning is exclusively performed by cloud providers (AWS, Azure, GCP) and cannot be done by third-party tools like Wiz
Explanation: Wiz IaC scanning (via Wiz Code) shifts security left by scanning infrastructure definition files in git repositories and CI/CD pipelines — finding issues like S3 bucket misconfiguration or overpermissive IAM policies in Terraform code before `terraform apply` creates the problem in production. This is cheaper and faster to fix than post-deployment remediation.

About the Wiz Certified Exam

The Wiz Certified exam validates expertise in Wiz's CNAPP platform — agentless cloud security covering the Security Graph, CSPM, CWPP, CIEM, KSPM, IaC scanning, attack path analysis, Toxic Combinations, and Wiz Issues. Candidates demonstrate understanding of Wiz's unified approach to cloud security risk.

Questions

55 scored questions

Time Limit

60 minutes

Passing Score

~70%

Exam Fee

Free to ~$200 (Wiz)

Wiz Certified Exam Content Outline

15-20%

CNAPP Fundamentals

CNAPP definition (CSPM + CWPP + CIEM + KSPM), cloud security challenges, shared responsibility model, multi-cloud visibility, point solutions vs. unified platform tradeoffs, agentless vs. agent-based scanning

20-25%

Wiz Platform Architecture

Agentless scanning (API + disk snapshots), Wiz Connector (read-only cross-account IAM), Wiz Inventory (full cloud asset catalog), Security Graph (graph database of resources and relationships), Controls framework, Risk Center, WQL query language, Remediation workflows (JIRA, ServiceNow, Slack)

20-25%

Cloud Security Posture Management (CSPM)

Misconfiguration detection, compliance frameworks (CIS, NIST, PCI DSS, HIPAA, SOC 2, ISO 27001), internet exposure analysis (network path tracing), cloud drift detection, DSPM (data classification + posture), external exposure assessment

20-25%

Workload and Application Security

Agentless CVE scanning (OS packages, application libraries), secrets detection (API keys, certificates, tokens), KSPM (CIS Kubernetes benchmark, RBAC, privileged pods), container image scanning, IaC scanning (Wiz Code: Terraform, CloudFormation, Kubernetes manifests), serverless security (Lambda, Azure Functions), runtime threat detection (Wiz Defend)

15-20%

Risk Prioritization and Identity Security

Wiz Issues (contextual findings with risk enrichment), attack path analysis, Toxic Combinations (co-occurring risk factors), CIEM (effective vs. policy IAM permissions, privilege escalation paths, cross-account trust), vulnerability prioritization (beyond CVSS: exposure + exploit availability + business context), WQL graph queries

How to Pass the Wiz Certified Exam

What You Need to Know

  • Passing score: ~70%
  • Exam length: 55 questions
  • Time limit: 60 minutes
  • Exam fee: Free to ~$200

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

Wiz Certified Study Tips from Top Performers

1Understand the Security Graph as the central innovation: it's what enables attack path analysis by connecting resource relationships
2Know the Toxic Combination concept: individual low-severity issues that together create critical risk (internet-exposed + critical CVE + admin permissions)
3Study the Wiz Connector's least-privilege approach: read-only cross-account IAM role — no write access, no application data access
4CIEM key distinction: policy permissions (what IAM says) vs. effective permissions (what identity can actually do after SCPs/boundaries)
5Wiz Issues vs. raw findings: Issues add risk context (exposure, permissions, sensitivity) to make alerts actionable, not just noise
6IaC scanning = shift-left security: find misconfigurations in Terraform code before they become production misconfigurations
7Agentless scanning works via disk snapshots — understand this avoids agent deployment overhead while covering all resources

Frequently Asked Questions

What is CSPM?

Cloud Security Posture Management (CSPM) continuously monitors cloud resource configurations against security best practices and compliance standards. Wiz CSPM detects misconfigurations like publicly accessible S3 buckets, overly permissive security groups, unencrypted databases, disabled logging, and missing MFA — automatically mapped to compliance frameworks like CIS, PCI DSS, HIPAA, and SOC 2.

What is CWPP?

Cloud Workload Protection Platform (CWPP) protects cloud workloads (VMs, containers, serverless) by scanning for OS and package vulnerabilities (CVEs), malware, exposed secrets (API keys, private certificates), and misconfigured services. Wiz performs CWPP scanning agentlessly by reading temporary disk snapshots, with no performance impact on running workloads.

What is CIEM?

Cloud Infrastructure Entitlement Management (CIEM) analyzes IAM permissions to identify overly permissive roles, unused credentials, cross-account trust relationships, and privilege escalation paths. Wiz CIEM calculates effective permissions (considering SCPs, permission boundaries, and resource policies) and highlights identities with admin-level access they rarely use.

What is IaC scanning?

Infrastructure as Code scanning analyzes Terraform, CloudFormation, Kubernetes manifests, Helm charts, and ARM templates in source code and CI/CD pipelines to detect misconfigurations and vulnerabilities before deployment. Wiz Code integrates IaC scanning into IDE plugins, PR checks, and CI/CD pipelines, shifting security left to prevent production issues.

How does Wiz prioritize vulnerability remediation?

Wiz enriches each CVE with contextual factors: is the vulnerable workload internet-exposed? Is exploit code publicly available? Does the workload hold sensitive data or admin IAM permissions? Does the CVE participate in an attack path to a critical asset? This multi-factor prioritization ensures teams focus on the small percentage of CVEs representing real exploitation risk.