SAA-C02 Exam Details

  • Exam Code
    :SAA-C02
  • Exam Name
    :AWS Certified Solutions Architect - Associate (SAA-C02)
  • Certification
    :Amazon Certifications
  • Vendor
    :Amazon
  • Total Questions
    :1080 Q&As
  • Last Updated
    :Jun 04, 2025

Amazon SAA-C02 Online Questions & Answers

  • Question 821:

    A solutions architect must provide a fully managed replacement for an on-premises solution that allows employees and partners to exchange files The solution must be easily accessible to employees connecting from on-premises systems, remote employees, and external partners.

    Which solution meets these requirements?

    A. Use AWS Transfer for SFTP to transfer files into and out of Amazon S3
    B. Use AWS Snowball Edge for local storage and large-scale data transfers
    C. Use Amazon FSx to store and transfer files to make them available remotely
    D. Use AWS Storage Gateway to create a volume gateway to store and transfer files to Amazon S3.

  • Question 822:

    A manufacturing company wants to implement predictive maintenance on its machinery equipment The company will install thousands of loT sensors that will send data to AWS in real time A solutions architect is tasked with implementing a solution that will receive events in an ordered manner for each machinery asset and ensure that data is saved for further processing at a later time

    Which solution would be MOST efficient?

    A. Use Amazon Kinesis Data Streams for real-time events with a partition for each equipment asset Use Amazon Kinesis Data Firehose to save data to Amazon S3
    B. Use Amazon Kinesis Data Streams for real-time events with a shard for each equipment asset Use Amazon Kinesis Data Firehose to save data to Amazon EBS
    C. Use an Amazon SQS FIFO queue for real-time events with one queue for each equipment asset Trigger an AWS Lambda function for the SQS queue to save data to Amazon EFS
    D. Use an Amazon SQS standard queue for real-time events with one queue for each equipment asset Trigger an AWS Lambda function from the SQS queue to save data to Amazon S3

  • Question 823:

    A company has an Amazon EC2 instance running on a private subnet that needs to access a public websites to download patches and updates. The company does not want external websites to see the EC2 instance IP address or initiate

    connection to it.

    How can a solution architect achieve this objective?

    A. Create a site-to-site VPN connection between the private subnet and the network in which the public site is deployed
    B. Create a NAT gateway in a public subnet Route outbound traffic from the private subnet through the NAI gateway
    C. Create a network ACL for the private subnet where the EC2 instance deployed only allows access from the IP address range of the public website
    D. Create a security group that only allows connections from the IP address range of the public website. Attach the security group to the EC2 instance.

  • Question 824:

    A company currently has 250 TB of backup files stored in Amazon S3 in a vendor's proprietary format. Using a Linux-based software application provided by the vendor, the company wants to retrieve files from Amazon S3, transform the files to an industry-standard format, and re-upload them to Amazon S3. The company wants to minimize the data transfer charges associated with this conversation. What should a solution architect do to accomplish this?

    A. Install the conversion software as an Amazon S3 batch operation so the data is transformed without leaving Amazon S3.
    B. Install the conversion software onto an on-premises virtual machines. Perform the transformation and re-upload the files to Amazon S3 from the virtual machine.
    C. Use AWS Snowball Edge device to expert the data and install the conversion software onto the devices. Perform the data transformation and re-upload the files to Amazon S3 from the Snowball devices.
    D. Launch an Amazon EC2 instance in the same Region as Amazon S3 and install the conversion software onto the instance. Perform the transformation and re-upload the files to Amazon S3 from the EC2 instance.

  • Question 825:

    A solution architect is designing a solution that involves orchestrating a series of Amazon Elastic Container Service (Amazon ECS) task types running on Amazon EC2 instances that are part of an ECS cluster. The output and state data for all

    tasks needs to be stored. The amount of data output by each task is approximately 10 MB, and there could be hundreds of tasks running at a time. The system should be optimized for high frequency reading and writing. As old outputs are

    archived and deleted the storage size is not expected to exceed 1 TB.

    Which storage solution should the solution architect recommend?

    A. An Amazon DynamoDB table accessible by all ECS cluster instances.
    B. An Amazon Elastic File System (Amazon EFS) with Provisioned Throughput mode.
    C. An Amazon Elastic File System (Amazon EFS) file system with Bursting Throughput mode.
    D. An Amazon Elastic Block Store (Amazon EBS) volume mounted to the ECS cluster instances.

  • Question 826:

    A company wants to build a scalable key management infrastructure to support developers who need to encrypt data in their applications. What should a solutions architect do to reduce the operational burden?

    A. Use multi-factor authentication (MFA) to protect the encryption keys
    B. Use AWS Key Management Service (AWS KMS) to protect the encryption keys
    C. Use AWS Certificate Manager (ACM) to create, store and assign the encryption keys
    D. Use an IAM policy to limit the scope of users who have access permissions to protect the encryption keys

  • Question 827:

    A Solutions architect is designing the cloud architecture for a company that needs to host hundreds of machine learning models for its users. During startup, the models need to load up to 10 GB of data from Amazon S3 into memory, but they do not need disk access. Most of the models are used sporadically, but the users expect all of them to be highly available and accessible with low latency.

    Which solution meets the requirements and is MOST cost-effective?

    A. Deploy models as AWS Lambda functions behind an Amazon API Gateway for each model.
    B. Deploy models as Amazon Elastic Container Service (Amazon ECS) services behind an Application Load Balancer for each model.
    C. Deploy models as AWS Lambda functions behind a single Amazon API Gateway with path-based routing where one path corresponds to each model.
    D. Deploy models as Amazon Elastic Container Service (Amazon ECS) services behind a single Application Load Balancer with path-based routing where one path corresponds to each model.

  • Question 828:

    A company is developing a serverless web application that gives users the ability to interact with real-time analytics from online games.

    The data from the games must be streamed in real time.

    The company needs a durable, low-latency database option for user data.

    The company does not know how many users will use the application.

    Any design considerations must provide response times of single-digit milliseconds as the application scales.

    Which combination of AWS services will meet these requirements? (Select TWO.)

    A. Amazon CloudFront
    B. Amazon DynamoDB
    C. Amazon Kinesis
    D. Amazon RDS
    E. AWS Global Accelerator

  • Question 829:

    A company has an application that uses an Amazon OynamoDB table lew storage. A solutions architect discovers that many requests to the table are not returning the latest data. The company's users have not reported any other issues with database performance Latency is in an acceptable range.

    Which design change should the solutions architect recommend?

    A. Add read replicas to the table.
    B. Use a global secondary index (GSI).
    C. Request strongly consistent reads for the table
    D. Request eventually consistent reads for the table.

  • Question 830:

    An ecommerce website is deploying its web application as Amazon Elastic Container Service (Amazon ECS) container instances behind an Application Load Balancer (ALB). During periods of high activity, the website slows down and

    availability is reduced. A solutions architect uses Amazon CloudWatch alarms to receive notifications whenever there is an availability issue so they can scale out resources. Company management wants a solution that automatically

    responds to such events.

    Which solution meets these requirements?

    A. Set up AWS Auto Scaling to scale out the ECS service when there are timeouts on the ALB Set up AWS Auto Scaling to scale out the ECS cluster when the CPU or memory reservation is too high.
    B. Set up AWS Auto Scaling to scale out the ECS service when the ALB CPU utilization is too high. Set up AWS Auto Scaling to scale out the ECS cluster when the CPU or memory reservation is too high.
    C. Sot up AWS Auto Scaling to scale out the ECS service when the service's CPU utilization is too high.Set up AWS Auto Scaling to scale out the ECS cluster when the CPU or memory reservation is too high.
    D. Set up AWS Auto Scaling to scale out the ECS service when the ALB target group CPU utilization is too high. Set up AWS Auto Scaling to scale out the ECS cluster when the CPU or memory reservation is too high.

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