CGOA Exam Questions and Answers | Exam-Dumps (Page: 1)

QUESTION: 1

In GitOps practices, when does CD take part?

CD takes part simultaneously with CI, both components of GitOps practices.
CD takes part after CI to automate the deployment of applications based on changes in the Git repository.
CD takes part before CI stage in order to ensure the successful deployment of applications.
CI plays a significant role in GitOps practices.

Answer(s): B

Explanation:

In GitOps, Continuous Deployment (CD) follows after Continuous Integration (CI). CI is responsible for building and testing application code, while CD automates the delivery and deployment of these changes into runtime environments. The Git repository serves as the single source of truth, and when CI merges new changes into the main branch, CD reconciles the state of the environment to match what is declared in Git.

"GitOps builds on the principles of DevOps by using Git as the source of truth for declarative infrastructure and applications. CI pipelines handle the integration and testing of code, and CD

pipelines or agents automatically reconcile the desired state in Git with the actual state in the cluster."

This shows that CD is triggered after CI to handle deployment automation, ensuring systems remain in sync with what is declared in version control.

Reference:

GitOps Principles (CNCF GitOps Working Group), GitOps Working Group Terminology & Principles documents.

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QUESTION: 2

In the context of GitOps, what happens to a GitOps-managed Kubernetes cluster if there is drift divergence?

The GitOps-managed Kubernetes cluster ignores the drift divergence and continues to operate as it is.
The GitOps-managed Kubernetes cluster automatically reconciles the drift divergence to return the cluster to the Desired State.
The GitOps-managed Kubernetes cluster notifies the administrator about the drift divergence and waits for manual intervention.
The GitOps-managed Kubernetes cluster rolls back to the previous known state before the drift divergence occurred.

Answer(s): B

Explanation:

A GitOps-managed Kubernetes cluster uses reconciliation loops to continuously compare the actual state of the system with the desired state declared in Git.
When drift (divergence between declared configuration and live cluster state) is detected, the GitOps operator automatically reconciles the difference to bring the system back into alignment.

"In GitOps, a reconciliation loop ensures that the desired state as declared in Git is continuously compared with the observed state of the system. If drift is detected, the system automatically takes corrective action to reconcile the difference and restore the declared configuration."

This ensures consistency, reliability, and self-healing. Manual intervention is not required for drift correction, as the automated reconciliation is a core principle of GitOps.

Reference:

GitOps Principles (CNCF GitOps Working Group), GitOps Principles Document -- Principle
4: Software agents automatically pull the desired state declarations from the source and continuously observe actual system state, reconciling differences.

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QUESTION: 3

In GitOps, what does the principle of Versioned and Immutable mean?

All changes to configuration and infrastructure should be made directly on production environments.
All software versions should be stored in a Git repository.
Configuration and infrastructure code should be version-controlled and treated as immutable artifacts.
Configuration and infrastructure code should be modified directly on production environments.

Answer(s): C

Explanation:

One of the four fundamental GitOps principles is Versioned and Immutable. This means that the entire system's desired state must be stored in a Git repository with version control. Each change must be represented as a commit, and Git's immutability guarantees a reliable, auditable history of how the system evolved.

"The desired state is stored in a version control system. The record of truth is stored in an immutable history, and changes can be audited and reverted if necessary. This guarantees that the system's configuration is versioned, immutable, and traceable."

Thus, configuration and infrastructure must be version-controlled and immutable, never changed directly in production.

Reference:

GitOps Principles (CNCF GitOps Working Group), Principle 2: The desired system state is stored as versioned and immutable.

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QUESTION: 4

When are progressive delivery patterns useful in software development and deployment?

Progressive delivery patterns are only useful for one-time, single-deployment scenarios, not ongoing, continuous delivery.
Progressive delivery patterns are primarily beneficial for small development teams rather than for large organizations.
Progressive delivery patterns are useful in several software development and deployment scenarios, as they offer advantages such as risk reduction, improved quality, and better user experience.
Progressive delivery patterns are useful during initial project development instead of in subsequent phases.

Answer(s): C

Explanation:

Progressive delivery is a GitOps pattern used to release software gradually, reducing risks associated with deploying new versions. Techniques such as canary releases, feature flags, and blue-green deployments allow teams to incrementally roll out changes, validate functionality with subsets of users, and minimize potential disruptions.

"Progressive delivery builds on continuous delivery by enabling safer, incremental rollouts. This pattern reduces risk, improves reliability, enhances user experience, and allows for validation of features with a portion of users before wider release."

Therefore, progressive delivery is useful in multiple scenarios (not just one-time deployments or small teams), making option C correct.

Reference:

GitOps Patterns (CNCF GitOps Working Group), Progressive Delivery Patterns documentation.

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QUESTION: 5

When deciding whether to use an in-cluster reconciler or an external reconciler, what factors should be considered?

The version of Kubernetes and the availability of network resources.
The size of the cluster and the complexity of the reconciler logic.
The programming language the applications are written in.
The location of the state store and the number of replicas.

Answer(s): B

Explanation:

In GitOps, reconcilers ensure the actual state matches the desired state. Reconcilers may run inside the cluster (in-cluster) or outside (external). The choice depends primarily on operational scale and the complexity of reconciliation logic.

"When determining reconciler placement, factors such as the size of the environment, the operational complexity of the reconciler, and the performance requirements should be evaluated. In- cluster reconcilers are common for straightforward deployments, while external reconcilers may be chosen for large-scale or complex systems."

Thus, the most important considerations are cluster size and complexity of reconciler logic, making B correct.

Reference:

GitOps Related Practices (CNCF GitOps Working Group), GitOps Reconciler Guidelines.

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QUESTION: 6

In GitOps, what does it mean to Continuously Reconcile?

Regularly update Git repositories with the latest changes from external sources.
Perform regular backups of Git repositories.
Automatically compare and adjust the system state as needed.
Monitor the system for any unauthorized changes and revert them.

Answer(s): C

Explanation:

Continuous reconciliation is another core GitOps principle. It means that software agents (operators or controllers) run loops that continuously observe the live system and compare it against the desired state declared in Git. If any divergence (drift) is found, the agent automatically reconciles the system to match the declared configuration.

"Software agents continuously observe the actual system state and compare it with the desired state declared in Git. If a divergence is detected, the agents automatically reconcile the difference to bring the system back into alignment."

This provides automation, consistency, and self-healing, which are hallmarks of GitOps.

Reference:

GitOps Principles (CNCF GitOps Working Group), Principle 4: Continuously reconciled.

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QUESTION: 7

How can you achieve the declarative GitOps principle in managing infrastructure and applications?

By using imperative scripting languages to automate infrastructure changes.
By manually making ad-hoc configuration changes directly in the production environment.
By periodically creating manual backups of your infrastructure configurations.
By defining and maintaining infrastructure and application configurations declaratively in a version-controlled system.

Answer(s): D

Explanation:

The first GitOps principle is Declarative Descriptions. This means the desired system configuration (for infrastructure, services, and applications) is expressed declaratively and stored in version control.
Git becomes the single source of truth.

"The desired system state must be expressed declaratively. This provides a clear, machine-readable blueprint for the system, and ensures that what is in Git is what should be running in the environment."

Therefore, infrastructure and application configurations must be defined declaratively and stored in Git, not managed imperatively or manually.

Reference:

GitOps Principles (CNCF GitOps Working Group), Principle 1: The system is described declaratively.

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QUESTION: 8

In the context of GitOps, which of the following is the primary purpose of Desired State?

To serve as a blueprint to recreate a system for behavioral consistency.
To store all persistent application data, such as database content.
For monitoring real-time application performance.
To track code changes that developers have made.

Answer(s): A

Explanation:

The Desired State in GitOps is the declarative specification of how the system should behave. It is stored in Git and serves as the reference point for reconciliation against the actual state.

"The desired state is a complete specification of the system stored in Git. It acts as the blueprint from which the actual state is continuously reconciled, ensuring the system remains consistent and reproducible."

Thus, the primary purpose of Desired State is to act as a blueprint to recreate and ensure consistency of the system.

Reference:

GitOps Terminology (CNCF GitOps Working Group).

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Linux Foundation CGOA Exam (page: 1)
Linux Foundation Certified GitOps Associate
Updated on: 12-Jan-2026

Access free CGOA actual exam questions, answers, explanations and user discussions.

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Linux Foundation CGOA Exam (page: 1) Linux Foundation Certified GitOps Associate Updated on: 12-Jan-2026

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Linux Foundation CGOA Exam (page: 1)
Linux Foundation Certified GitOps Associate
Updated on: 12-Jan-2026