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The SAP-C02 exam consists of multiple-choice and multiple-response questions, and is designed to test the candidate's understanding of AWS services and their ability to design, deploy, and manage complex systems on the AWS platform. SAP-C02 exam covers a wide range of topics, including AWS services such as EC2, S3, RDS, and DynamoDB, as well as security, scalability, and disaster recovery. SAP-C02 exam is intended for experienced AWS professionals who have already achieved the AWS Certified Solutions Architect - Associate certification.

The SAP-C02 Certification is an industry-recognized credential that demonstrates an individual's expertise in AWS-based solutions and is highly valued by employers. It also provides a path for career advancement and opens up new opportunities for individuals in the cloud computing industry. AWS Certified Solutions Architect - Professional (SAP-C02) certification is valid for three years, after which individuals have the option to recertify or upgrade to a higher level.

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Achieving the AWS Certified Solutions Architect - Professional certification demonstrates a high level of technical expertise and knowledge in designing and deploying AWS-based systems and applications. It is a valuable credential that can help IT professionals to advance their careers and gain recognition as an expert in the field of cloud computing.

Amazon AWS Certified Solutions Architect - Professional (SAP-C02) Sample Questions (Q580-Q585):

NEW QUESTION # 580
A company has multiple AWS accounts as part of an organization created with AWS Organizations. Each account has a VPC in the us-east-2 Region and is used for either production or development workloads. Amazon EC2 instances across production accounts need to communicate with each other, and EC2 instances across development accounts need to communicate with each other, but production and development instances should not be able to communicate with each other. To facilitate connectivity, the company created a common network account. The company used AWS Transit Gateway to create a transit gateway in the us-east-2 Region in the network account and shared the transit gateway with the entire organization by using AWS Resource Access Manager. Network administrators then attached VPCs in each account to the transit gateway, after which the EC2 instances were able to communicate across accounts. However, production and development accounts were also able to communicate with one another. Which set of steps should a solutions architect take to ensure production traffic and development traffic are completely isolated?

A. Create a tag on each VPC attachment with a value of either production or development, according to the type of account being attached. Using the Network Manager feature of AWS Transit Gateway, create policies that restrict traffic between VPCs based on the value of this tag.
B. Create a tag on each VPC attachment with a value of either production or development, according to the type of account being attached. Modify the AWS Transit Gateway routing table to route production tagged attachments to one another and development tagged attachments to one another.
C. Create separate route tables for production and development traffic. Delete each account's association and route propagation to the default AWS Transit Gateway route table. Attach development VPCs to the development AWS Transit Gateway route table and production VPCs to the production route table, and enable automatic route propagation on each attachment.
D. Modify the security groups assigned to development EC2 instances to block traffic from production EC2 instances. Modify the security groups assigned to production EC2 instances to block traffic from development EC2 instances.

Answer: C

Explanation:
The production and development route tables and VPC should be disassociated and configured separately using AWS transit gateway then route propagation enabled for the respective VPC attachments.
https://aws.amazon.com/cn/blogs/architecture/field-notes-working-with-route-tables-in-aws- transit-gateway/

NEW QUESTION # 581
A company runs a proprietary stateless ETL application on an Amazon EC2 Linux instance.
The application is a Linux binary, and the source code cannot be modified. The application is single-threaded, uses 2 GB of RAM. and is highly CPU intensive. The application is scheduled to run every 4 hours and runs for up to 20 minutes. A solutions architect wants to revise the architecture for the solution.
Which strategy should the solutions architect use?

A. Use AWS Batch to run the application.
Use an AWS Step Functions state machine to invoke the AWS Batch job every 4 hours.
B. Use Amazon EC2 Spot Instances to run the application.
Use AWS CodeDeploy to deploy and run the application every 4 hours.
C. Use AWS Lambda to run the application.
Use Amazon CloudWatch Logs to invoke the Lambda function every 4 hours.
D. Use AWS Fargate to run the application.
Use Amazon EventBridge (Amazon CloudWatch Events) to invoke the Fargate task every 4 hours.

Answer: D

Explanation:
Step function could run a scheduled task when triggered by eventbrige, but why would you add that layer of complexity just to run aws batch when you could directly invoke it through eventbridge.
https://aws.amazon.com/pt/blogs/compute/orchestrating-high-performance-computing-with-aws- step-functions-and-aws-batch/

NEW QUESTION # 582
A company hosts a photography website on AWS that has global visitors. The website has experienced steady increases in traffic during the last 12 months, and users have reported a delay in displaying images. The company wants to configure Amazon CloudFront lo deliver photos to visitors with minimal latency.
Which actions will achieve this goal? (Choose two.)

A. Set the CloudFront distribution to forward all headers, all cookies, and all query strings to the origin.
B. Set up additional origin servers that are geographically closer to the requesters. Configure latency-based routing in Amazon Route 53.
C. Set the Minimum TTL and Maximum TTL to a high value in the CloudFront distribution.
D. Set the Minimum TTL and Maximum TTL to 0 in the CloudFront distribution.
E. Select Price Class 100 on Ihe CloudFront distribution.

Answer: B,C

NEW QUESTION # 583
A company hosts a multi-tier data processing application that consists of a static web application frontend and APIs that are hosted on multiple Amazon EC2 instances. The application stores search data on a single-node Amazon OpenSearch Service cluster that runs on an EC2 instance. The application stores additional data in a PostgreSQL database that runs on another EC2 instance. An NGINX server that is hosted on an EC2 instance serves the web application.
The company has experienced some support issues with the application and wants to modernize the application.
Which solution meets these requirements with the LEAST operational overhead?

A. Create an Amazon EKS cluster that has a managed node group. Configure the EKS cluster to pull images from the Amazon ECR public repositories for OpenSearch Service, PostgreSQL, and NGINX and from a private repository for the APIs.
B. Configure AWS App Runner to pull images from the Amazon ECR public repositories for OpenSearch Service, PostgreSQL, and NGINX and from a private repository for the APIs. Deploy the images to App Runner.
C. Host the web application on Amazon CloudFront by using an Amazon S3 origin. Use OpenSearch Service to store the search data and migrate the PostgreSQL database to an Amazon Aurora PostgreSQL cluster. Run the APIs on AWS App Runner.
D. Create an Amazon ECS cluster that runs on AWS Fargate. Configure the ECS cluster to pull images from the Amazon ECR public repositories for OpenSearch Service, PostgreSQL, and NGINX and from a private repository for the APIs.

Answer: C

Explanation:
The company's goal is to modernize the application while minimizing operational overhead. The current architecture relies heavily on self-managed EC2 instances for web serving, APIs, search, and relational data storage. This increases operational burden related to patching, scaling, availability, and troubleshooting.
Option B replaces self-managed components with fully managed AWS services that are purpose-built for each workload type. Hosting the static web application on Amazon S3 with Amazon CloudFront removes the need to manage web servers such as NGINX and provides global content delivery with built-in scalability and high availability. Migrating the search data to Amazon OpenSearch Service eliminates the need to manage an EC2- based OpenSearch node, providing a managed search service with built-in scaling, patching, and monitoring.
Migrating PostgreSQL to Amazon Aurora PostgreSQL removes the operational overhead of managing database instances on EC2 and provides managed backups, high availability, and performance optimizations.
Running APIs on AWS App Runner further reduces operational effort by abstracting infrastructure management, scaling, and deployment, allowing the team to focus on application code.
Option A still requires running and operating containerized databases and search engines, which is not recommended and does not significantly reduce operational overhead compared to EC2-based deployments.
Databases and OpenSearch are better consumed as managed services rather than as containers.
Option C introduces Amazon EKS, which adds significant operational complexity. Even with managed node groups, Kubernetes requires cluster management, networking configuration, upgrades, and ongoing operational expertise. This contradicts the requirement for the least operational overhead.
Option D attempts to run databases and OpenSearch on AWS App Runner. App Runner is designed for stateless web services and APIs, not for stateful services such as databases or search engines. This architecture is not aligned with AWS best practices and would introduce reliability and operational challenges.
Therefore, using managed services such as Amazon CloudFront, Amazon S3, Amazon OpenSearch Service, Amazon Aurora PostgreSQL, and AWS App Runner provides the most modern architecture with the least operational overhead.
References:AWS documentation on application modernization best practices using managed services to reduce operational responsibility.AWS documentation on Amazon CloudFront and Amazon S3 for hosting static web applications.AWS documentation on Amazon OpenSearch Service as a managed search and analytics service.AWS documentation on Amazon Aurora PostgreSQL for managed relational databases.
AWS documentation on AWS App Runner for running containerized APIs without infrastructure management.

NEW QUESTION # 584
A company Is serving files to its customers through an SFTP server that Is accessible over the internet The SFTP server Is running on a single Amazon EC2 instance with an Elastic IP address attached Customers connect to the SFTP server through its Elastic IP address and use SSH for authentication The EC2 instance also has an attached security group that allows access from all customer IP addresses.
A solutions architect must implement a solution to improve availability minimize the complexity ot infrastructure management and minimize the disruption to customers who access files. The solution must not change the way customers connect.
Which solution will meet these requirements?

A. Disassociate the Elastic IP address from the EC2 instance. Create a new Amazon Elastic File System (Amazon EFS) file system to be used for SFTP file hosting. Create an AWS Fargate task definition to run an SFTP server. Specify the EFS file system as a mount in the task definition Create a Fargate service by using the task definition, and place a Network Load Balancer (NLB) front of the service When configuring the service, attach the security group with customer IP addresses to the tasks that run the SFTP server Associate the Elastic IP address with the Nl B Sync all files from the SFTP server to the S3 bucket
B. Disassociate the Elastic IP address from the EC2 instance Create a multi-attach Amazon Elastic Block Store (Amazon EBS) volume to be used to SFTP file hosting Create a Network Load Balancer (NLB) with the Elastic IP address attached Create an Auto Scaling group with EC2 instances that run an SFTP server Define in the Auto Scaling group that instances that are launched should attach the new multi-attach EBS volume Configure the Auto Scaling group to automatically add instances behind the NLB Configure the Auto Scaling group to use the security group that allows customer IP addresses for the EC2 instances that the Auto Scaling group launches Sync all files from the SFTP server to the new multi-attach EBS volume
C. Disassociate the Elastic IP address from me EC2 instance Create an Amazon S3 bucket to be used for sftp file hosting Create an AWS Transfer Family server Configure the Transfer Family server with a publicly accessible endpoint. Associate the SFTP Elastic IP address with the new endpoint. Point the Transfer Family server to the S3 bucket Sync all files from the SFTP server to the S3 bucket.
D. Disassociate the Elastic IP address from the EC2 instance. Create an Amazon S3 bucket to be used for SFTP file hosting Create an AWS Transfer Family server. Configure the Transfer Family server with a VPC-hosted. internet-facing endpoint. Associate the SFTP Elastic IP address with the new endpoint. Attach the security group with customer IP addresses to the new endpoint. Point the Transfer Family server to the S3 bucket. Sync all files from the SFTP server to The S3 bucket

Answer: D

Explanation:
https://aws.amazon.com/premiumsupport/knowledge-center/aws-sftp-endpoint-type/
https://docs.aws.amazon.com/transfer/latest/userguide/create-server-in-vpc.html
https://aws.amazon.com/premiumsupport/knowledge-center/aws-sftp-endpoint-type/

NEW QUESTION # 585
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