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AWS Certified DevOps Engineer – Professional (DOP-C02) Practice Exam Pack

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Put your AWS Certified DevOps Engineer – Professional (DOP-C02) study into practice. Work through topic-based quizzes, use timed sets to work on pacing, and revisit concepts with a study guide and flashcards.

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Practice materials by ExamsDigest

For learners studying for AWS Certified DevOps Engineer - Professional (DOP-C02)

Last updated 11/2026
English
79,118 learners
YOUR LEARNING GOALS

What you'll learn

Implement CI/CD pipelines with automated testing, artifact management, release controls, blue/green or canary deployments, and rollback strategies across EC2, containers, Lambda, and multi-account application environments.
Compare high-availability, scaling, failover, backup, and disaster-recovery approaches that support business RTO and RPO requirements across distributed AWS workloads and stateful services.
Design reusable infrastructure and configuration automation with CloudFormation, AWS CDK, StackSets, Systems Manager, AWS Config, Organizations, and governance controls for large-scale multi-account and multi-Region environments.
Troubleshoot monitoring, events, incidents, security, and compliance by analyzing logs and metrics, automating remediation, applying least privilege, protecting data, and coordinating operational responses.
TAKE A LOOK INSIDE

Practice pack content

6 domains • 1,200 questions • study guide • flashcards
1. SDLC Automation
Quiz
2. Configuration Management and IaC
Quiz
3. Resilient Cloud Solutions
Quiz
4. Monitoring and Logging
Quiz
5. Incident and Event Response
Quiz
6. Security and Compliance
Quiz
Timed-Mode Set 1: AWS Certified DevOps Engineer - Professional (DOP-C02) Exam Simulator
Quiz
Timed-Mode Set 2: AWS Certified DevOps Engineer - Professional (DOP-C02) Exam Simulator
Quiz
Timed-Mode Set 3: AWS Certified DevOps Engineer - Professional (DOP-C02) Exam Simulator
Quiz
Timed-Mode Set 4: AWS Certified DevOps Engineer - Professional (DOP-C02) Exam Simulator
Quiz
Timed-Mode Set 5: AWS Certified DevOps Engineer - Professional (DOP-C02) Exam Simulator
Quiz
Timed-Mode Set 5: AWS Certified DevOps Engineer - Professional (DOP-C02) Exam Simulator
Quiz
Chapter 1: SDLC Automation
Guide
Chapter 2: Configuration Management and IaC
Guide
Chapter 3: Resilient Cloud Solutions
Guide
Chapter 4: Monitoring and Logging
Guide
Chapter 5: Incident and Event Response
Guide
Chapter 6: Security and Compliance
Guide
Set 1: AWS Certified DevOps Engineer - Professional Mixed Review
Flashcards
Set 2: AWS Certified DevOps Engineer - Professional Mixed Review
Flashcards
Set 3: AWS Certified DevOps Engineer - Professional Mixed Review
Flashcards
Set 4: AWS Certified DevOps Engineer - Professional Mixed Review
Flashcards
Set 5: AWS Certified DevOps Engineer - Professional Mixed Review
Flashcards
Set 6: AWS Certified DevOps Engineer - Professional Mixed Review
Flashcards
PRACTICE QUESTION PREVIEW

Try 3 DevOps Engineer - Professional (DOP-C02) practice questions

Choose an answer, explore the explanation, and see why the other options are less suitable. Three short scenarios. No sign-in required.

SDLC Automation Task Statement 1.4 · Implement deployment strategies for instance, container, and serverless environments.

1. Limiting risk during an ECS production release

A team deploys an Amazon ECS service behind an Application Load Balancer. A new task set should receive only a small percentage of production traffic first, and the release must automatically return to the last known good version if a CloudWatch error-rate alarm enters ALARM. Which approach best meets the requirement?

  1. Use an ECS rolling deployment and manually inspect CloudWatch after all tasks have been replaced.
  2. Use CodeDeploy blue/green with canary traffic shifting, a CloudWatch alarm, and automatic rollback enabled.
  3. Update the ECS task definition and immediately route 100% of production traffic to the replacement task set.
  4. Use CloudFormation drift detection to stop the deployment whenever application latency increases.
Answer and full explanation

Correct answer: B — Use CodeDeploy blue/green with canary traffic shifting and alarm-driven rollback.

Why B is correct

CodeDeploy supports blue/green deployments for Amazon ECS and can shift traffic to the replacement task set using a canary pattern. That lets the team expose only a small portion of production traffic before routing the remainder. A deployment group can monitor CloudWatch alarms and stop a deployment when an alarm threshold is breached. When automatic rollback is configured, CodeDeploy can return traffic to the last known good revision after a deployment failure or alarm condition. DOP-C02 Task Statement 1.4 explicitly includes blue/green and canary deployment methods for container environments.

Why the other options are less suitable

  • A — Rolling deployment and manual review: A rolling deployment gradually replaces tasks, but the proposed process waits for manual inspection and does not provide the requested automatic alarm-driven rollback. It also does not use the explicit canary traffic split required by the scenario.
  • C — Immediate full traffic shift: Sending all traffic to the new task set removes the limited-exposure safeguard. A defect could affect the entire production workload before operators can react.
  • D — CloudFormation drift detection: Drift detection identifies differences between deployed resources and their template definitions. It does not monitor application error-rate alarms or perform canary traffic shifting for an ECS release.

Key takeaway: For controlled ECS releases, combine blue/green traffic shifting with CloudWatch alarms and automatic rollback.

Read two more sample questions

Configuration Management and IaC Task Statement 2.1 · Define cloud infrastructure and reusable components to provision and manage systems throughout their lifecycle.

2. Deploying a baseline across an AWS organization

A company must deploy the same CloudFormation security baseline to every account in a specific AWS Organizations OU across two Regions. New accounts added to the OU must receive the baseline automatically without creating cross-account IAM roles manually. Which solution best meets the requirement?

  1. Create independent CloudFormation stacks in each account and ask administrators to update them manually.
  2. Use self-managed StackSets and create administration and execution roles separately in every target account.
  3. Use a service-managed CloudFormation StackSet that targets the OU and enable automatic deployment.
  4. Store the template in Amazon S3 and invoke it from an EventBridge schedule in the management account.
Answer and full explanation

Correct answer: C — Use service-managed CloudFormation StackSets with OU targeting and automatic deployment.

Why C is correct

CloudFormation StackSets can provision the same template across multiple AWS accounts and Regions from a centralized definition. With service-managed permissions and AWS Organizations integration, CloudFormation creates the required IAM roles in member accounts instead of requiring administrators to create them manually. The StackSet can target a specific OU and deploy stack instances in the selected Regions. Automatic deployment ensures that accounts added to the target OU later receive the stack automatically. DOP-C02 Task Statement 2.1 explicitly includes applying CloudFormation StackSets across multiple accounts and AWS Regions.

Why the other options are less suitable

  • A — Independent stacks: Separate manually maintained stacks increase administrative effort and make consistent lifecycle management harder. They also do not automatically onboard future accounts added to the OU.
  • B — Self-managed StackSets: Self-managed StackSets can deploy across accounts, but they require the appropriate administrator and execution roles to be created and managed. The scenario explicitly asks to avoid manually creating those cross-account roles.
  • D — S3 plus EventBridge: Storing a template in S3 does not itself provide centralized cross-account CloudFormation deployment. A scheduled event in the management account also does not automatically establish the required permissions and OU targeting.

Key takeaway: Service-managed StackSets plus Organizations are built for centrally managed multi-account, multi-Region infrastructure baselines.

Incident and Event Response Task Statement 5.2 · Implement configuration changes in response to events.

3. Automatically remediating a noncompliant security group

An AWS Config rule identifies security groups that allow SSH from 0.0.0.0/0. The DevOps team wants the unwanted ingress rule removed automatically whenever a resource becomes noncompliant, using a repeatable remediation workflow. Which approach best meets the requirement?

  1. Associate automatic AWS Config remediation with a Systems Manager Automation document that revokes the unwanted ingress rule.
  2. Send the AWS Config finding to an SNS topic and wait for an administrator to edit the security group.
  3. Create a CloudWatch dashboard that displays the number of noncompliant security groups over time.
  4. Enable VPC Flow Logs and rely on rejected traffic records to change the security group automatically.
Answer and full explanation

Correct answer: A — Use AWS Config automatic remediation with Systems Manager Automation.

Why A is correct

AWS Config can associate a remediation action with a rule and automatically invoke it when a resource is evaluated as noncompliant. AWS Config remediation uses Systems Manager Automation documents to define the corrective actions that should run against the affected resource. A suitable managed or custom automation document can revoke the unwanted security-group ingress rule. DOP-C02 Task Statement 5.2 specifically includes applying configuration changes and remediating an undesired system state in response to events. This approach creates a repeatable automated control rather than depending on a manual operator response.

Why the other options are less suitable

  • B — SNS notification: SNS can notify operators about the noncompliant state, but the proposed workflow still requires a person to edit the security group. It therefore does not meet the automatic-remediation requirement.
  • C — CloudWatch dashboard: A dashboard can visualize compliance-related information, but it does not change the security-group configuration. Visibility alone does not remediate the undesired state.
  • D — VPC Flow Logs: Flow Logs capture information about network traffic for analysis and troubleshooting. They do not modify security-group rules when a Config rule reports noncompliance.

Key takeaway: Pair AWS Config rules with Systems Manager Automation when compliance findings must trigger deterministic configuration remediation.

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Your practice pack includes

1,200 practice questions
Study guide included
Detailed answer explanations
Unlimited practice attempts
6 mixed-review flashcard sets
Desktop and mobile access
Lifetime course access
Certificate of completion
YOUR PRACTICE TOOLKIT

More ways to make each study session count

Focus on a topic, practise under a time limit, or return to the supporting resources before your next attempt.

Domain-based practice

Quizzes grouped into DevOps Engineer - Professional topic sections, so you can focus on a specific area.

Timed practice sets

Dedicated timed sessions to practise allocating time and moving through questions.

Study guide

Chapters organized by exam domain to help you revisit concepts before practicing again.

Flashcards

Five mixed-review flashcard sets for short recall sessions between longer study periods.

Requirements

THE OFFICIAL EXAM BLUEPRINT

Know the exam you’re studying for

These details describe AWS’s official DevOps Engineer - Professional (DOP-C02) exam.

UP TO
75
questions
TIME LIMIT
180
official exam
PASSING SCORE
750
on a 100–900 scale
DevOps Engineer - Professional (DOP-C02) domains
EXAM WEIGHT
SDLC Automation
22%
Pipelines, testing, artifacts, and controlled deployment strategies across platforms
Configuration Management and IaC
17%
Reusable IaC, multi-account configuration, governance, and large-scale automation
Resilient Cloud Solutions
15%
High availability, scaling, multi-Region design, and automated recovery
Monitoring and Logging
15%
Centralized metrics, logs, analysis, alerting, and automated monitoring
Incident and Event Response
14%
Event processing, configuration remediation, and root-cause troubleshooting workflows
Security and Compliance
17%
Scaled IAM, automated security controls, encryption, auditing, and monitoring

What our students say

“The DOP-C02 practice exams helped me identify weak areas in CI/CD, CloudFormation, monitoring, and incident response. The explanations were detailed enough to show why each architecture or automation choice fit the scenario better than the alternatives.”

Kevin Sanderson
✓ Verified Review

“The questions covered a strong mix of deployment strategies, infrastructure as code, resilience, security, and multi-account operations. Reviewing the answers I missed helped me focus on the AWS services and DevOps patterns I still needed to revisit.”

Erica Lowe
✓ Verified Review

“I had already used AWS Skill Builder and other DevOps Professional study resources before trying ExamsDigest. What I liked most was how the explanations compared every option, especially around CodeDeploy, StackSets, AWS Config, and automated remediation.”

Jason Merritt
✓ Verified Review

Your questions, answered.

These questions target AWS Certified DevOps Engineer – Professional DOP-C02, the current exam listed by AWS for this certification as of October 3, 2026. Before purchasing or scheduling, confirm that DOP-C02 appears on your booking because AWS can revise certification blueprints over time. The current official documentation and certification page both identify DOP-C02 as the DevOps Engineer – Professional exam.

It is intended for experienced DevOps engineers who provision, operate, and manage distributed AWS systems. AWS recommends two or more years of AWS environment experience plus familiarity with the software development lifecycle, programming or scripting, automated infrastructure, operating systems, modern development and operations processes, and AWS infrastructure security. This Professional-level exam assumes deeper operational and automation experience than an Associate certification.

Use practice questions alongside the official guide and practical exercises involving CodePipeline, CodeBuild, CodeDeploy, CloudFormation, AWS CDK, StackSets, Systems Manager, AWS Config, CloudWatch, EventBridge, Organizations, IAM, multi-Region architectures, backups, containers, and automated remediation. DOP-C02 emphasizes how services work together at scale, so practicing multi-account automation, deployment failure handling, observability, resiliency, and governance is especially useful.

Use the explanation to identify the design or operational requirement you missed, then return to the matching DOP-C02 task statement. Determine whether the mistake involved pipeline automation, infrastructure as code, resilience, monitoring, incident response, or security. Compare every distractor against the scenario’s scale, automation, availability, and governance requirements instead of memorizing the answer letter. Practice results can reveal gaps but should not be treated as a guaranteed exam prediction.

AWS uses multiple-choice and multiple-response items. The current guide states that 65 questions affect the score and 10 additional questions are unscored, with unscored questions not identified during the test. The three preview questions use single-answer multiple choice because that is the interaction supported by this widget, so they do not reproduce official multiple-response questions or establish every format or feature included in the paid ExamsDigest product.

No. Completing an ExamsDigest practice product does not award the AWS credential or replace AWS’s official certification process. Practice access, scheduling DOP-C02, taking the exam through AWS’s authorized Pearson VUE testing options, and earning the certification are separate activities. AWS currently states that the resulting AWS Certified DevOps Engineer – Professional credential is valid for three years after it is earned.

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