100+ Free CNPA Practice Questions

Pass your Certified Cloud Native Platform Engineering Associate (CNPA) exam on the first try — instant access, no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately

100+ Questions

100% Free

1 / 10

Question 1

Score: 0/0

What is platform engineering in the CNCF sense?

The discipline of building and operating internal developer platforms that reduce cognitive load and accelerate software delivery

A rebrand of network engineering

Building consumer mobile apps

Replacing developers with AI

to track

2026 Statistics

Key Facts: CNPA Exam

Questions

Linux Foundation

120 min

Time Limit

Linux Foundation

75%

Passing Score

Linux Foundation MC FAQ

$250

Exam Fee

Linux Foundation

1 retake

Included

CNPA product page

2 years

Validity

Linux Foundation

As of April 15, 2026, the Linux Foundation lists CNPA as a 60-question, 120-minute remotely proctored multiple-choice exam with a $250 exam-only price and one retake included. The current published domain weights are Platform Engineering Core Fundamentals (36%), Observability/Security/Conformance (20%), Continuous Delivery & Platform Engineering (16%), Platform APIs and Provisioning (12%), IDPs and Developer Experience (8%), and Measuring your Platform (8%). The certification is valid for two years.

Sample CNPA Practice Questions

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

1What is platform engineering in the CNCF sense?

A.The discipline of building and operating internal developer platforms that reduce cognitive load and accelerate software delivery

B.A rebrand of network engineering

C.Building consumer mobile apps

D.Replacing developers with AI

Explanation: CNCF defines platform engineering as building internal platforms that streamline developer workflows and reduce toil. This is the foundation of the CNPA exam.

2Which of these is a key goal of an Internal Developer Platform (IDP)?

A.Provide self-service capabilities that abstract complex infrastructure while preserving guardrails

B.Force every developer to learn Kubernetes internals

C.Centralize all decision-making in one person

D.Remove all automation

Explanation: IDPs provide paved-road self-service so developers move quickly while platform-defined policies stay enforced. Hiding unnecessary complexity is a core benefit.

3Which is a hallmark of declarative resource management?

A.Describing the desired end state in files (e.g., YAML) rather than running commands step by step

B.Running shell scripts on each node

C.Editing resources via SSH

D.Tracking state only in a spreadsheet

Explanation: Declarative management is central to Kubernetes and modern platforms: you describe desired state; the controller achieves it. This contrasts with imperative scripting.

4Which DevOps practice is especially important in platform engineering?

A.Automation of builds, tests, and deployments across the delivery lifecycle

B.Centralizing all work to a single team with no automation

C.Manual deployments on weekends

D.Avoiding any measurement

Explanation: Automation across CI/CD, IaC, and policy enforcement is core to what a platform provides as a paved road. Manual deploys are incompatible with modern platform goals.

5Which of these is a typical application environment concept a platform manages?

A.Development, staging, and production environments with isolation and promotion paths

B.One single environment forever

C.Random environments created by each developer with no tracking

D.Environments defined only in email

Explanation: Platforms model application environments explicitly (dev/staging/prod, ephemeral preview, etc.) and automate promotion. This is a direct CNPA topic under Core Fundamentals.

6Which description best matches 'platform architecture' in CNPA?

A.The structural design of the platform: capabilities, APIs, environments, and integrations that developers consume

B.An org chart only

C.Just the monitoring dashboards

D.The marketing website

Explanation: Platform architecture includes capabilities (build, deploy, observe), APIs (CRDs, CLIs, portals), and how they integrate with the surrounding environment. It is a broader concept than any single component.

7Which is TRUE about 'paved-road' platform engineering?

A.The platform offers well-supported defaults and golden paths that teams are incentivized to use, while still allowing deviations with explicit support tradeoffs

B.Paved roads are mandatory and no exceptions allowed

C.Paved roads only apply to one team

D.Paved roads do not include automation

Explanation: Paved roads are opinionated defaults that cover most use cases; deviations are possible but come with a tradeoff in support. This balances speed with flexibility.

8Which is NOT a typical platform capability?

A.Running marketing email campaigns

B.Provisioning infrastructure

C.Continuous delivery

D.Observability

Explanation: Marketing campaign tooling is outside the platform engineering scope. Typical capabilities are provisioning, CI, CD, observability, security, and governance.

9Which is a TRUE statement about continuous integration fundamentals on a platform?

A.CI should automate build, test, and quality checks on every change to catch regressions early

B.CI is only valuable before production launch

C.CI replaces the need for all testing

D.CI is only for mobile apps

Explanation: CI fundamentals emphasize automation of build, test, and static analysis on every commit. Platforms typically offer CI as a shared capability.

10Which is TRUE about continuous delivery and GitOps basics on a platform?

A.GitOps uses declarative state in Git and reconciliation agents to continuously deliver the desired state to environments

B.Continuous delivery forbids Git

C.Continuous delivery requires manual prod steps

D.GitOps is CI-only

Explanation: GitOps implements continuous delivery declaratively with Git as the source of truth and in-cluster agents applying changes. Platforms commonly expose GitOps as a capability.

About the CNPA Exam

The Certified Cloud Native Platform Engineering Associate (CNPA) is a foundational certification for platform engineers building internal developer platforms on cloud native infrastructure. It validates conceptual knowledge of platform fundamentals, observability, security, continuous delivery, platform APIs, IDPs, and platform metrics in a remotely proctored multiple-choice format.

Assessment

60 multiple-choice questions

Time Limit

120 minutes

Passing Score

75%

Exam Fee

$250 (Cloud Native Computing Foundation (CNCF) / Linux Foundation)

CNPA Exam Content Outline

36%

Platform Engineering Core Fundamentals

Declarative resource management, DevOps practices, application environments, platform architecture, platform goals, CI fundamentals, and CD/GitOps basics.

20%

Platform Observability, Security, and Conformance

Traces, metrics, logs, and events; secure service communication; policy engines; Kubernetes security essentials; and CI/CD pipeline security.

16%

Continuous Delivery & Platform Engineering

CI pipelines, incident response, CI/CD relationship, GitOps basics and workflows, and GitOps for application environments.

12%

Platform APIs and Provisioning Infrastructure

Kubernetes reconciliation loop, CRDs as self-service APIs, infrastructure provisioning with Kubernetes, and the operator pattern.

IDPs and Developer Experience

Simplified access to platform capabilities, API-driven service catalogs, developer portals such as Backstage, and AI/ML in platform automation.

Measuring your Platform

Platform efficiency, team productivity, and DORA metrics (deployment frequency, lead time, change failure rate, MTTR) applied to platform initiatives.

How to Pass the CNPA Exam

What You Need to Know

Passing score: 75%
Assessment: 60 multiple-choice questions
Time limit: 120 minutes
Exam fee: $250

Keys to Passing

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

CNPA Study Tips from Top Performers

1Start with Platform Engineering Core Fundamentals because it is 36% of the exam on its own.

2Read the CNCF Platforms White Paper and Platform Engineering Maturity Model at least once before exam day.

3Know the three observability signals (metrics, logs, traces) plus events, and what each is used for.

4Understand DORA metrics (deployment frequency, lead time, change failure rate, MTTR) and how platforms improve them.

5Learn how CRDs plus operators enable platform APIs for self-service infrastructure provisioning.

6Review Backstage and service catalog concepts for the IDPs and Developer Experience domain.

Frequently Asked Questions

How many questions are on the CNPA exam?

Linux Foundation's CNPA page describes a 60-question multiple-choice exam delivered online through PSI Bridge. Unlike most LF associate exams, CNPA gets 120 minutes instead of 90 minutes. The certification is valid for two years after passing.

Is CNPA the same as CNPE?

No. CNPA is the associate-level multiple-choice exam focused on cloud native platform engineering concepts. CNPE (Certified Cloud Native Platform Engineer) is a separate performance-based exam at a higher skill level. CNPA is the recommended starting point.

What are the official CNPA domain weights?

The CNPA curriculum weights Platform Engineering Core Fundamentals at 36%, Observability/Security/Conformance at 20%, Continuous Delivery & Platform Engineering at 16%, Platform APIs and Provisioning at 12%, IDPs and Developer Experience at 8%, and Measuring your Platform at 8%. More than half of the exam focuses on core fundamentals plus observability and security, so those are the most important study areas.

What score do you need to pass CNPA?

Linux Foundation multiple-choice exams typically require a 75% passing score. You should aim comfortably above that threshold on timed practice sets across all six CNPA domains before scheduling.

How much does the CNPA exam cost?

The exam-only CNPA price on the Linux Foundation product page is $250 with one retake included. A THRIVE-ONE annual subscription bundle is available at $495 for candidates who want broader training access alongside the exam.

How long should I study for CNPA?

Most candidates prepare in 3 to 6 weeks with 30 to 50 focused study hours, depending on prior exposure to Kubernetes, GitOps, and developer portals. Spend the most time on Platform Core Fundamentals and Observability/Security because together they cover 56% of the blueprint.