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Amazon SOA-C03 Exam Syllabus Topics:

Topic	Details
Topic 1	Reliability and Business Continuity: This section measures the skills of System Administrators and focuses on maintaining scalability, elasticity, and fault tolerance. It includes configuring load balancing, auto scaling, Multi-AZ deployments, implementing backup and restore strategies with AWS Backup and versioning, and ensuring disaster recovery to meet RTO and RPO goals.
Topic 2	Security and Compliance: This section measures skills of Security Engineers and includes implementing IAM policies, roles, MFA, and access controls. It focuses on troubleshooting access issues, enforcing compliance, securing data at rest and in transit using AWS KMS and ACM, protecting secrets, and applying findings from Security Hub, GuardDuty, and Inspector.
Topic 3	Networking and Content Delivery: This section measures skills of Cloud Network Engineers and focuses on VPC configuration, subnets, routing, network ACLs, and gateways. It includes optimizing network cost and performance, configuring DNS with Route 53, using CloudFront and Global Accelerator for content delivery, and troubleshooting network and hybrid connectivity using logs and monitoring tools.
Topic 4	Monitoring, Logging, Analysis, Remediation, and Performance Optimization: This section of the exam measures skills of CloudOps Engineers and covers implementing AWS monitoring tools such as CloudWatch, CloudTrail, and Prometheus. It evaluates configuring alarms, dashboards, and notifications, analyzing performance metrics, troubleshooting issues using EventBridge and Systems Manager, and applying strategies to optimize compute, storage, and database performance.
Topic 5	Deployment, Provisioning, and Automation: This section measures the skills of Cloud Engineers and covers provisioning and maintaining cloud resources using AWS CloudFormation, CDK, and third-party tools. It evaluates automation of deployments, remediation of resource issues, and managing infrastructure using Systems Manager and event-driven processes like Lambda or S3 notifications.

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Amazon AWS Certified CloudOps Engineer - Associate Sample Questions (Q228-Q233):

NEW QUESTION # 228
A global gaming company is preparing to launch a new game on AWS. The game runs in multiple AWS Regions on a fleet of Amazon EC2 instances. The instances are in an Auto Scaling group behind an Application Load Balancer (ALB) in each Region. The company plans to use Amazon Route 53 for DNS services. The DNS configuration must direct users to the Region that is closest to them and must provide automated failover.
Which combination of steps should a CloudOps engineer take to configure Route 53 to meet these requirements? (Select TWO.)

A. Configure Route 53 DNS failover by using a health check that monitors the private IP address of an EC2 instance in each Region.
B. Create Amazon CloudWatch alarms that monitor the health of the EC2 instances in each Region.
Configure Route 53 DNS failover by using a health check that monitors the alarms.
C. Configure Route 53 simple routing. Specify the continent, country, and state or province that are used for the infrastructure.
D. Configure Route 53 geoproximity routing. Specify the Regions that are used for the infrastructure.
E. Create Amazon CloudWatch alarms that monitor the health of the ALB in each Region. Configure Route 53 DNS failover by using a health check that monitors the alarms.

Answer: D,E

Explanation:
The combination of geoproximity routing and DNS failover health checks provides global low- latency routing with high availability.
Geoproximity routing in Route 53 routes users to the AWS Region closest to their geographic location, optimizing latency. For automatic failover, Route 53 health checks can monitor CloudWatch alarms tied to the health of the ALB in each Region. When a Region becomes unhealthy, Route 53 reroutes traffic to the next available Region automatically.
"Use geoproximity routing to direct users to resources based on geographic location, and configure health checks to provide DNS failover for high availability." Option B incorrectly monitors EC2 instances directly, which is not efficient at scale. Option C uses private IPs, which cannot be globally health-checked. Option E (simple routing) does not support geographic or failover routing. Hence, A and D together meet both the proximity and failover requirements.

NEW QUESTION # 229
A company deploys non-production Amazon EC2 instances in a VPC that has an internet gateway attached. The VPC has a single public subnet and a single private subnet. The EC2 instances in the private subnet cannot communicate outbound to the internet. Which action will give the EC2 instances in the private subnet the ability to communicate outbound to the internet?

A. Create a second internet gateway. Associate the second internet gateway with the private subnet.
B. Create a NAT gateway in the private subnet. Route traffic from the NAT gateway to the internet gateway.
C. Create a NAT gateway in the public subnet. Create an entry in the route table that is associated with the private subnet. Specify 0.0.0.0/0 as the destination. Specify the NAT gateway as the target.
D. Create an entry in the route table that is associated with the private subnet. Specify 0.0.0.0/0 as the destination. Specify the internet gateway as the target.

Answer: C

Explanation:
Instances in a private subnet do not have direct internet-routable access, even if the VPC has an internet gateway. To allow outbound internet access while preventing inbound internet-initiated access, deploy a NAT gateway in a public subnet and route the private subnet's default route,
0.0.0.0/0, to that NAT gateway. The NAT gateway then uses the public subnet's route to the internet gateway. Option A is wrong because NAT gateways must be placed in public subnets to reach the internet. Option C would require the instances to have public IP addresses and would make the subnet effectively public, which violates the private subnet model. Option D is invalid because a VPC can have only one internet gateway attached, and internet gateways are attached to VPCs, not individual subnets.

NEW QUESTION # 230
A company has an application that processes events sequentially by using an Amazon SQS FIFO queue. The company needs a solution that automatically sends notifications to the SQS queue when new objects are uploaded to an Amazon S3 bucket. The solution must maintain message ordering. Which solution will meet these requirements with the LEAST operational overhead?

A. Create an Amazon SNS FIFO topic. Create an event notification on the S3 bucket. Configure the event to send messages to the SNS topic. Subscribe the existing SQS queue to the SNS topic.
B. Create an event notification on the S3 bucket. Use the FIFO delivery option. Route the notifications to the existing SQS queue.
C. Create an AWS Lambda function that polls the objects by using the ListObjectsV2 command and detects new objects when the objects are added. Configure the Lambda function to add a message to the SQS queue when new objects are detected.
D. Create an access point in Amazon S3 Access Points. Configure the access point to send new items to the existing SQS queue.

Answer: A

Explanation:
The intended ordered-delivery architecture is to use a FIFO-capable intermediary and then deliver messages to the SQS FIFO queue. Amazon SNS FIFO topics support ordered message delivery to subscribed SQS FIFO queues. However, be careful: AWS documentation states that Amazon S3 event notifications are not directly compatible with SQS FIFO queues, and S3 native event notifications allow standard SNS destinations, not SNS FIFO destinations. So the cleanest real-world architecture would normally use Amazon EventBridge or Lambda to publish into a FIFO path with an appropriate MessageGroupId. From the provided choices, C is the best conceptual answer because it is the only option that preserves FIFO semantics through SNS FIFO to SQS FIFO. Option B is explicitly invalid for S3-to-SQS FIFO direct delivery. Option A is operationally heavy and unreliable for event detection.

NEW QUESTION # 231
A company is migrating a legacy application to AWS. The company manually installs and configures the legacy application on Amazon EC2 instances across multiple Availability Zones.
The company sets up an Application Load Balancer (ALB) for the application. The company sets the target group routing algorithm to weighted random. The application requires session affinity.
After the company deploys the application, users report random application errors that were not present in the legacy version of the application. The target group health checks do not show any failures. The company must resolve the application errors.
Which solution will meet this requirement?

A. Set the routing algorithm of the target group to least outstanding requests.
B. Turn off the cross-zone load balancing attribute of the target group.
C. Turn on anomaly mitigation for the target group.
D. Increase the deregistration delay attribute of the target group.

Answer: A

Explanation:
The application requires session affinity (sticky sessions). However, the weighted random routing algorithm for an ALB does not support sticky sessions, so clients are sent to different targets and the stateful legacy app returns random errors. By changing the target group to an algorithm that supports stickiness (such as least outstanding requests), you can then use sticky sessions so all requests in a session go to the same instance, resolving the errors.

NEW QUESTION # 232
A company has an application that uses an Amazon EFS file system. A recent incident that involved an application logic error corrupted several files. The company wants to improve its ability to back up and recover the EFS file system. The company must be able to recover individual files rapidly.
Which solution meets these requirements MOST cost-effectively?

A. Configure Amazon Data Lifecycle Manager (Amazon DLM) to archive a copy of the data to an Amazon S3 Glacier vault. Use S3 Glacier retrieval requests to retrieve individual files.
B. Enable AWS Backup in Amazon EFS to back up the file system to a backup vault. Use a partial restore job to retrieve individual files.
C. Enable AWS Backup in Amazon EFS to back up the file system to an Amazon S3 Glacier vault. Use S3 Glacier retrieval requests to retrieve individual files.
D. Create a second EFS file system in another AWS Region. Configure AWS DataSync to copy the data to the backup file system. Recover files by copying them from the backup EFS file system.

Answer: B

Explanation:
AWS Backup is the managed service for backing up and restoring Amazon EFS file systems. It supports backup vaults and restore workflows without requiring a second live EFS file system. This is more cost- effective than maintaining a duplicate EFS file system in another Region. AWS documentation explains that AWS Backup performs incremental backups of EFS file systems, reducing duplicate backup storage and improving cost efficiency. For file-level recovery, a partial restore job can restore selected files or directories rather than restoring the entire file system. Amazon DLM is primarily used for EBS snapshots, not EFS file- level backup management. S3 Glacier retrieval is not the best fit for rapid individual file recovery because retrieval latency and restore workflow are unsuitable for quick operational recovery. Therefore, AWS Backup with partial restore is the right answer.

NEW QUESTION # 233
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