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Amazon DOP-C02 certification exam consists of multiple-choice and multiple-response questions, which are designed to test the individual's knowledge and skills in various areas of DevOps, such as continuous integration and delivery, infrastructure as code, monitoring, and logging. DOP-C02 exam also covers topics related to security, compliance, and automation, which are critical components of any DevOps practice.

The Amazon DOP-C02 Exam consists of 75 multiple-choice and multiple-response questions, and the candidate has 170 minutes to complete it. DOP-C02 exam is available in English, Japanese, Korean, and Simplified Chinese languages. DOP-C02 exam fee is $300, and the certification is valid for three years. To pass the exam, the candidate needs to score 750 out of 1000.

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It is similar to the DOP-C02 desktop-based software, with all the elements of the desktop practice exam. This mock exam can be accessed from any browser and does not require installation. The Amazon DOP-C02 questions in the mock test are the same as those in the real exam. And candidates will be able to take the web-based Amazon DOP-C02 Practice Test immediately through any operating system and browsers.

The AWS Certified DevOps Engineer - Professional certification exam consists of multiple-choice and multiple-response questions, as well as scenario-based questions that test the candidate's ability to apply their knowledge and skills to real-world situations. DOP-C02 Exam covers a broad range of topics, including deployment automation, monitoring and logging, security and compliance, and infrastructure as code. Candidates will also be tested on their understanding of continuous integration and delivery, as well as their ability to implement and manage these practices on AWS.

Amazon AWS Certified DevOps Engineer - Professional Sample Questions (Q32-Q37):

NEW QUESTION # 32
A company is performing vulnerability scanning for all Amazon EC2 instances across many accounts. The accounts are in an organization in AWS Organizations. Each account's VPCs are attached to a shared transit gateway. The VPCs send traffic to the internet through a central egress VPC. The company has enabled Amazon Inspector in a delegated administrator account and has enabled scanning for all member accounts.
A DevOps engineer discovers that some EC2 instances are listed in the "not scanning" tab in Amazon Inspector.
Which combination of actions should the DevOps engineer take to resolve this issue? (Choose three.)

A. Associate the target EC2 instances with instance profiles that grant permissions to communicate with AWS Systems Manager.
B. Grant inspector:StartAssessmentRun permissions to the IAM role that the DevOps engineer is using.
C. Verify that AWS Systems Manager Agent is installed and is running on the EC2 instances that Amazon Inspector is not scanning.
D. Configure EC2 Instance Connect for the EC2 instances that Amazon Inspector is not scanning.
E. Associate the target EC2 instances with security groups that allow outbound communication on port 443 to the AWS Systems Manager service endpoint.
F. Create a managed-instance activation. Use the Activation Code and the Activation ID to register the EC2 instances.

Answer: B,C,E

NEW QUESTION # 33
A company uses Amazon RDS for Microsoft SQL Server as its primary database for applications. The company needs to ensure high availability within and across AWS Regions.
An Amazon Route 53 CNAME record is configured for the database endpoint. The applications connect to the database endpoint. The company must redirect application traffic to a standby database during a failover event. The company must maintain an RPO of less than 1 minute and an RTO of less than 10 minutes .
Which solution will meet these requirements?

A. Deploy an Amazon RDS for SQL Server Single-AZ DB instance . Configure AWS Backup to create cross-Region backups every 30 seconds. Use automation to restore the latest backup and to update the Route 53 record during failover.
B. Deploy an Amazon RDS for SQL Server Multi-AZ DB cluster deployment that uses cross-Region read replicas . Use automation to promote the read replica to a standalone instance and to update the Route 53 record.
C. Deploy an Amazon RDS for SQL Server Single-AZ DB instance . Use AWS Database Migration Service (AWS DMS) to replicate data continuously to an RDS DB instance in another Region. Use Amazon CloudWatch alarms to notify the company about failover events.
D. Deploy an Amazon RDS for SQL Server Multi-AZ DB cluster deployment. Set up automated snapshots to be copied to another Region every 5 minutes. Use AWS Lambda to restore the latest snapshot in the secondary Region during failover.

Answer: B

Explanation:
* The requirements demand very low data loss (RPO < 1 minute) and fast recovery (RTO < 10 minutes) across Regions . Snapshot/backup-based approaches (B, D) generally cannot meet an RPO under 1 minute (and restoring snapshots/backups typically pushes RTO higher than 10 minutes for many real-world DB sizes and restore times).
* Option A is the only choice that is explicitly built around near-real-time replication to another Region (cross-Region replica) and an operational pattern to promote the standby and update Route 53 to redirect applications quickly during failover.
* Multi-AZ addresses in-Region high availability , while the cross-Region replica + promotion addresses cross-Region DR with low RPO and acceptable RTO when automated.
Why the others don't meet the stated RPO/RTO:
* B : Copying snapshots every 5 minutes immediately violates RPO < 1 minute .
* C : DMS replication could potentially be low-latency, but the option only mentions notifications (no automated failover/redirect) and does not provide the clearest/most direct managed HA+DR pattern for the required RTO < 10 minutes .
* D : "Cross-Region backups every 30 seconds " is not a standard practical backup cadence for AWS Backup with RDS, and restore-based DR still tends to miss the RTO/RPO targets compared with replica promotion.

NEW QUESTION # 34
A company runs an Amazon EKS cluster and must implement comprehensive logging for the control plane and nodes. The company must analyze API requests and monitor container performance.
Which solution will meet these requirements with the LEAST operational overhead?

A. Enable control plane logging to CloudWatch and use CloudWatch Container Insights for node and pod metrics.
B. Enable API server logging to S3 and deploy Kubernetes Event Exporter to nodes.
C. Enable AWS CloudTrail for control plane logging and deploy Logstash on nodes.
D. Use AWS Distro for OpenTelemetry and stream logs to Amazon Redshift.

Answer: A

Explanation:
Enabling EKS control plane logs to CloudWatch captures API requests. CloudWatch Container Insights collects node and pod-level performance data with no additional infrastructure. AWS recommends this integrated observability solution for minimal management overhead.

NEW QUESTION # 35
A company is running its ecommerce website on AWS. The website is currently hosted on a single Amazon EC2 instance in one Availability Zone. A MySQL database runs on the same EC2 instance. The company needs to eliminate single points of failure in the architecture to improve the website's availability and resilience. Which solution will meet these requirements with the LEAST configuration changes to the website?

A. Migrate the application to AWS Lambda functions. Use Amazon S3 for static content hosting. Migrate the database to Amazon DocumentDB (with MongoDB compatibility).
B. Use AWS Elastic Beanstalk to deploy the application across multiple AWS Regions. Migrate the database to Amazon Redshift. Use Amazon ElastiCache for session management.
C. Deploy the application by using AWS Fargate containers. Migrate the database to Amazon DynamoDB. Use Amazon API Gateway to route requests.
D. Deploy the application on EC2 instances across multiple Availability Zones. Put the EC2 instances into an Auto Scaling group behind an Application Load Balancer. Migrate the database to Amazon Aurora Multi-AZ. Use Amazon CloudFront for content delivery.

Answer: D

NEW QUESTION # 36
A company uses AWS CloudFormation to deploy application environments. A deployment failed due to manual modifications in stack resources. The DevOps engineer wants to detect manual modifications and alert the DevOps lead with the least effort.
Which solution meets these requirements?

A. Create an SNS topic, subscribe the DevOps lead, create a Config managed rule CLOUDFORMATION_STACK_DRIFT_DETECTION_CHECK. Create an EventBridge rule on COMPLIANT resources, set SNS as target.
B. Create an SNS topic and subscribe the DevOps lead via email. Create an AWS Config managed rule with CLOUDFORMATION_STACK_DRIFT_DETECTION_CHECK. Create an EventBridge rule on NON_COMPLIANT resources and set SNS as target.
C. Create an AWS Config managed rule CLOUDFORMATION_STACK_DRIFT_DETECTION_CHECK. Create an EventBridge rule on NON_COMPLIANT resources, and a Lambda to send email notifications.
D. Tag all CloudFormation resources, create a custom AWS Config rule via SDK that flags manual changes as NON_COMPLIANT, create an EventBridge rule and Lambda to send email notifications.

Answer: B

Explanation:
AWS Config offers a managed rule called
CLOUDFORMATION_STACK_DRIFT_DETECTION_CHECKto detect stack drift automatically.
* Creating an SNS topic and subscribing the DevOps lead enables simple notification without custom Lambda functions.
* An EventBridge rule that triggers on NON_COMPLIANT status (when drift is detected) can send alerts directly to SNS.Option B adds complexity by requiring custom rules and Lambda. Option C incorrectly triggers on COMPLIANT, not NON_COMPLIANT. Option D needs a Lambda for email, while SNS can send email directly.Hence, Option A offers the least operational effort.
References:
AWS Config Drift Detection
AWS Config Managed Rules

NEW QUESTION # 37
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