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Question 1

Score: 0/0

Which Argo Workflows feature allows you to model complex dependencies where some steps run in parallel while others wait for specific upstream steps to complete?

Linear steps only

DAG (Directed Acyclic Graph) templates

Container images

ClusterWorkflowTemplates namespaces

to track

2026 Statistics

Key Facts: CAPA Exam

Questions

Linux Foundation

90 min

Time Limit

Linux Foundation

75%

Passing Score

Linux Foundation MC FAQ

$250

Exam Fee

Linux Foundation

1 retake

Included

CAPA product page

2 years

Validity

Linux Foundation

As of April 15, 2026, the Linux Foundation lists CAPA as a 60-question, 90-minute remotely proctored multiple-choice exam with a $250 exam-only price and one retake included. The current published domain weights are Argo Workflows (36%), Argo CD (34%), Argo Rollouts (18%), and Argo Events (12%). The certification is valid for two years and has no formal prerequisites.

Sample CAPA Practice Questions

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

1Which Argo Workflows feature allows you to model complex dependencies where some steps run in parallel while others wait for specific upstream steps to complete?

A.Linear steps only

B.DAG (Directed Acyclic Graph) templates

C.Container images

D.ClusterWorkflowTemplates namespaces

Explanation: Argo Workflows supports DAG templates where each task lists its dependencies, so unrelated tasks can run in parallel while dependent tasks wait. This is the primary mechanism for non-linear workflow orchestration.

2What is the smallest unit of work that Argo Workflows executes as a container?

A.Workflow

B.Template step/task

C.Namespace

D.Cluster

Explanation: A Workflow is made up of templates, and each executable template step or DAG task runs as one or more containers in a Pod. That template-level task is the smallest unit Argo Workflows schedules.

3In an Argo Workflows DAG template, what field declares that one task must finish before another starts?

A.dependsOn

B.dependencies

C.waitFor

D.after

Explanation: Each DAG task has a dependencies field listing task names that must complete before it runs. Argo schedules tasks with no unmet dependencies in parallel and starts dependent tasks when their prerequisites finish.

4Which Argo Workflows template type runs an inline script rather than a prebuilt command?

A.container

B.resource

C.script

D.suspend

Explanation: A script template embeds inline source code (for example Python or Bash) that Argo injects into the container at runtime. This avoids packaging a custom image just to run a short script.

5Where are Argo Workflows typically stored as files in a GitOps repository?

A.As binary blobs

B.As YAML manifests in source control

C.As compiled Go code

D.As inline JSON in annotations

Explanation: Workflows and WorkflowTemplates are declared as Kubernetes YAML and kept in source control. This makes them reviewable, auditable, and easy to promote through environments using GitOps.

6What does an Argo Workflows 'exit handler' do?

A.Halts the cluster when a Pod crashes

B.Runs a template step after the workflow finishes, regardless of success or failure

C.Deletes the namespace

D.Forces retries forever

Explanation: An exit handler is a template configured via onExit that runs after the workflow completes, even on failure. It is commonly used for notifications or cleanup.

7How do you pass a string value produced by one workflow step into a later step?

A.Use output parameters referenced via templated inputs in the downstream step

B.Write the value to etcd directly

C.Call the API server with kubectl patch inside the container

D.Use a Kubernetes Service

Explanation: Steps declare output parameters (for example from stdout or a file) and later steps reference them using templated expressions like {{steps.name.outputs.parameters.x}}. This is the idiomatic Argo Workflows data flow.

8What is an artifact in Argo Workflows?

A.A Kubernetes Secret type

B.A file or directory produced or consumed by a workflow step, often backed by object storage

C.A namespace-wide label

D.An RBAC role

Explanation: Artifacts are files or directories exchanged between steps, typically stored in object storage such as S3, GCS, or MinIO via a configured artifact repository. This lets downstream steps consume outputs that are larger than simple parameters.

9Which object is commonly configured cluster-wide to define where Argo Workflows stores artifacts by default?

A.A ConfigMap referenced as the artifact repository

B.A Kubernetes Job

C.A Deployment

D.An Ingress

Explanation: Argo Workflows reads a ConfigMap (commonly artifact-repositories) that defines the default and named artifact stores. Workflows reference those names so teams do not repeat bucket configuration in every workflow.

10What is a WorkflowTemplate in Argo Workflows?

A.A read-only snapshot of a finished Workflow

B.A reusable set of templates that other Workflows can reference in the same namespace

C.A CRD replacement for Kubernetes Jobs

D.A cluster-wide alias for a Secret

Explanation: A WorkflowTemplate is a namespaced, reusable definition of templates that new Workflows can reference via templateRef. This avoids copy/paste and supports promotion across environments.

About the CAPA Exam

The Certified Argo Project Associate (CAPA) is a foundational certification for candidates working with the Argo ecosystem on Kubernetes. It validates conceptual knowledge of Argo Workflows, Argo CD, Argo Rollouts, and Argo Events in a remotely proctored multiple-choice format.

Assessment

60 multiple-choice questions

Time Limit

90 minutes

Passing Score

75%

Exam Fee

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

CAPA Exam Content Outline

36%

Argo Workflows

Workflow fundamentals, artifact generation and consumption, templates, specification structure, DAG concepts, and running data processing jobs.

34%

Argo CD

Argo CD fundamentals, application synchronization, application configuration, Helm and Kustomize integration, and reconciliation patterns.

18%

Argo Rollouts

Rollouts fundamentals, progressive delivery strategies such as blue-green and canary, analysis templates, and analysis runs.

12%

Argo Events

Argo Events fundamentals, core components and architecture including EventSource, Sensor, and EventBus.

How to Pass the CAPA Exam

What You Need to Know

Passing score: 75%
Assessment: 60 multiple-choice questions
Time limit: 90 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

CAPA Study Tips from Top Performers

1Start with Argo Workflows and Argo CD because together they represent roughly 70% of the exam blueprint.

2Know workflow template types (container, script, DAG, steps) and how artifacts flow between steps.

3Review Argo CD application sync strategies, automated sync, self-heal, and Helm/Kustomize integration behaviors.

4Learn Rollouts strategies (BlueGreen vs Canary) and how AnalysisTemplates and AnalysisRuns gate progressive delivery.

5Understand Argo Events architecture: EventSource produces events, EventBus transports them, Sensor triggers actions.

6Use timed sets of 60 questions so the 90-minute pace feels comfortable before exam day.

Frequently Asked Questions

How many questions are on the CAPA exam?

Linux Foundation's CAPA page and multiple-choice instructions describe a 60-question exam delivered online through PSI Bridge. Candidates receive 90 minutes to complete the questions and the certification is valid for two years after passing.

What score do you need to pass CAPA?

Linux Foundation multiple-choice exams typically require a 75% passing score, with no scaled-score reporting. You should aim comfortably above that threshold on timed practice sets across all four Argo domains before scheduling.

What are the official CAPA domain weights?

The CAPA curriculum weights Argo Workflows at 36%, Argo CD at 34%, Argo Rollouts at 18%, and Argo Events at 12%. Roughly seventy percent of the exam is concentrated in Workflows and CD, so those two projects should feel fluent before exam day. Rollouts and Events are smaller in weight but still test real concepts like canary strategies and sensor/EventSource roles.

Does CAPA require hands-on lab work?

No. CAPA is a multiple-choice exam, not a performance-based lab. You are tested on concepts, YAML structure reading, and architectural understanding of Argo projects rather than typing commands in a live Kubernetes cluster.

How much does the CAPA exam cost?

The exam-only CAPA price on the Linux Foundation product page is $250 with one retake included. Bundled options include CAPA with the DevOps and Workflow Management with Argo course (LFS256) and a THRIVE-ONE annual subscription bundle for candidates who want structured preparation.

How long should I study for CAPA?

Most candidates prepare in 3 to 6 weeks with 25 to 40 focused study hours, depending on prior Kubernetes and CD exposure. Spend the most time on Argo Workflows templates/DAGs and Argo CD sync/reconciliation because those two domains make up 70% of the exam blueprint.