Question # 1
| A company needs to set up a centralized solution to audit API calls to AWS for workloads
that run on AWS services and non AWS services. The company must store logs of the
audits for 7 years.
Which solution will meet these requirements with the LEAST operational overhead? |
| A. Set up a data lake in Amazon S3. Incorporate AWS CloudTrail logs and logs from non
AWS services into the data lake. Use CloudTrail to store the logs for 7 years. | | B. Configure custom integrations for AWS CloudTrail Lake to collect and store CloudTrail
events from AWS services and non AWS services. Use CloudTrail to store the logs for 7
years. | | C. Enable AWS CloudTrail for AWS services. Ingest non AWS services into CloudTrail to
store the logs for 7 years | | D. Create new Amazon CloudWatch Logs groups. Send the audit data from non AWS
services to the CloudWatch Logs groups. Enable AWS CloudTrail for workloads that run on
AWS. Use CloudTrail to store the logs for 7 years. |
B. Configure custom integrations for AWS CloudTrail Lake to collect and store CloudTrail
events from AWS services and non AWS services. Use CloudTrail to store the logs for 7
years.
Question # 2
| A company hosts an application on Amazon EC2 instances that are part of a target group
behind an Application Load Balancer (ALB). The company has attached a security group to
the ALB.
During a recent review of application logs, the company found many unauthorized login
attempts from IP addresses that belong to countries outside the company's normal user
base. The company wants to allow traffic only from the United States and Australia. |
| A. Edit the default network ACL to block IP addresses from outside of the allowed
countries. | | B. Create a geographic match rule in AWS WAF. Attach the rule to the ALB | | C. Configure the ALB security group to allow the IP addresses of company employees. Edit
the default network ACL to block IP addresses from outside of the allowed countries. | | D. Use a host-based firewall on the EC2 instances to block IP addresses from outside of
the allowed countries. Configure the ALB security group to allow the IP addresses of
company employees. |
B. Create a geographic match rule in AWS WAF. Attach the rule to the ALB
Question # 3
| A media company hosts a web application on AWS for uploading videos. Only
authenticated users should upload within a specified time frame after authentication.
Which solution will meet these requirements with the LEAST operational overhead? |
| A. Configure the application to generate IAM temporary security credentials for
authenticated users. | | B. Create an AWS Lambda function that generates pre-signed URLs when a user
authenticates. | | C. Develop a custom authentication service that integrates with Amazon Cognito to control
and log direct S3 bucket access through the application. | | D. Use AWS Security Token Service (AWS STS) to assume a pre-defined IAM role that
grants authenticated users temporary permissions to upload videos directly to the S3
bucket. |
B. Create an AWS Lambda function that generates pre-signed URLs when a user
authenticates.
Question # 4
| A company runs an application that stores and shares photos. Users upload the photos to
an Amazon S3 bucket. Every day, users upload approximately 150 photos. The company
wants to design a solution that creates a thumbnail of each new photo and stores the
thumbnail in a second S3 bucket.
Which solution will meet these requirements MOST cost-effectively? |
| A. Configure an Amazon EventBridge scheduled rule to invoke a scrip! every minute on a
long-running Amazon EMR cluster. Configure the script to generate thumbnails for the
photos that do not have thumbnails. Configure the script to upload the thumbnails to the
second S3 bucket. | | B. Configure an Amazon EventBridge scheduled rule to invoke a script every minute on a
memory-optimized Amazon EC2 instance that is always on. Configure the script to
generate thumbnails for the photos that do not have thumbnails. Configure the script to
upload the thumbnails to the second S3 bucket. | | C. Configure an S3 event notification to invoke an AWS Lambda function each time a user
uploads a new photo to the application. Configure the Lambda function to generate a
thumbnail and to upload the thumbnail to the second S3 bucket. | | D. Configure S3 Storage Lens to invoke an AWS Lambda function each time a user
uploads a new photo to the application. Configure the Lambda function to generate a
thumbnail and to upload the thumbnail to a second S3 bucket. |
C. Configure an S3 event notification to invoke an AWS Lambda function each time a user
uploads a new photo to the application. Configure the Lambda function to generate a
thumbnail and to upload the thumbnail to the second S3 bucket.
Explanation:
The most cost-effective and scalable solution for generating thumbnails
when photos are uploaded to an S3 bucket is to use S3 event notifications to trigger an
AWS Lambda function. This approach avoids the need for a long-running EC2 instance or
EMR cluster, making it highly cost-effective because Lambda only charges for the time it
takes to process each event.
S3 Event Notifications: Automatically triggers the Lambda function when a new photo is
uploaded to the S3 bucket.
AWS Lambda: A serverless compute service that scales automatically and only charges
for execution time, which makes it the most economical choice when dealing with periodic
events like photo uploads.
The Lambda function can generate the thumbnail and upload it to a second S3
bucket, fulfilling the requirement efficiently.
Option A and Option B (EMR or EC2 with scheduled scripts)**: These are less
cost-effective as they involve continuously running infrastructure, which incurs
unnecessary costs.
Option D (S3 Storage Lens): S3 Storage Lens is a tool for storage analytics and is
not designed for event-based photo processing.
Question # 5
A company stores sensitive customer data in an Amazon DynamoDB table. The company
frequently updates the data. The company wants to use the data to personalize offers for
customers.
The company's analytics team has its own AWS account. The analytics team runs an
application on Amazon EC2 instances that needs to process data from the DynamoDB
tables. The company needs to follow security best practices to create a process to regularly
share data from DynamoDB to the analytics team.
Which solution will meet these requirements? |
| A. Export the required data from the DynamoDB table to an Amazon S3 bucket as multiple
JSON files. Provide the analytics team with the necessary IAM permissions to access the
S3 bucket. | | B. Allow public access to the DynamoDB table. Create an IAM user that has permission to
access DynamoDB. Share the IAM user with the analytics team. | | C. Allow public access to the DynamoDB table. Create an IAM user that has read-only
permission for DynamoDB. Share the IAM user with the analytics team. | | D. Create a cross-account IAM role. Create an IAM policy that allows the AWS account ID
of the analytics team to access the DynamoDB table. Attach the IAM policy to the IAM role.
Establish a trust relationship between accounts. |
D. Create a cross-account IAM role. Create an IAM policy that allows the AWS account ID
of the analytics team to access the DynamoDB table. Attach the IAM policy to the IAM role.
Establish a trust relationship between accounts.
Question # 6
| An ecommerce company runs an application that uses an Amazon DynamoDB table in a
single AWS Region. The company wants to deploy the application to a second Region. The
company needs to support multi-active replication with low latency reads and writes to the
existing DynamoDB table in both Regions.
Which solution will meet these requirements in the MOST operationally efficient way? |
| A. Create a DynamoDB global secondary index (GSI) for the existing table. Create a new
table in the second Region. Convert the existing DynamoDB table to a global table. Specify
the new table as the secondary table. | | B. Enable Amazon DynamoDB Streams for the existing table. Create a new table in the
second Region. Create a new application that uses the DynamoDB Streams Kinesis
Adapter and the Amazon Kinesis Client Library (KCL). Configure the new application to
read data from the DynamoDB table in the first Region and to write the data to the new
table in the second Region. | | C. Convert the existing DynamoDB table to a global table. Choose the appropriate second
Region to achieve active-active write capabilities in both Regions. | | D. Enable Amazon DynamoDB Streams for the existing table. Create a new table in the
second Region. Create an AWS Lambda function in the first Region that reads data from
the table in the first Region and writes the data to the new table in the second Region. Set a DynamoDB stream as the input trigger for the Lambda function. |
C. Convert the existing DynamoDB table to a global table. Choose the appropriate second
Region to achieve active-active write capabilities in both Regions.
Question # 7
| A company is building a new application that uses multiple serverless architecture
components. The application architecture includes an Amazon API Gateway REST API and AWS Lambda functions to manage incoming requests.
The company needs a service to send messages that the REST API receives to multiple
target Lambda functions for processing. The service must filter messages so each target
Lambda function receives only the messages the function needs.
Which solution will meet these requirements with the LEAST operational overhead? |
| A. Send the requests from the REST API to an Amazon Simple Notification Service
(Amazon SNS) topic. Subscribe multiple Amazon Simple Queue Service (Amazon SQS)
queues to the SNS topic. Configure the target Lambda functions to poll the SQS queues. | | B. Send the requests from the REST API to a set of Amazon EC2 instances that are
configured to process messages. Configure the instances to filter messages and to invoke
the target Lambda functions. | | C. Send the requests from the REST API to Amazon Managed Streaming for Apache
Kafka (Amazon MSK). Configure Amazon MSK to publish the messages to the target
Lambda functions. | | D. Send the requests from the REST API to multiple Amazon Simple Queue Service
(Amazon SQS) queues. Configure the target Lambda functions to poll the SQS queues. |
C. Send the requests from the REST API to Amazon Managed Streaming for Apache
Kafka (Amazon MSK). Configure Amazon MSK to publish the messages to the target
Lambda functions.
Question # 8
| An online education platform experiences lag and buffering during peak usage hours, when
thousands of students access video lessons concurrently. A solutions architect needs to
improve the performance of the education platform.
The platform needs to handle unpredictable traffic surges without losing responsiveness.
The platform must provide smooth video playback performance at all times. The platform
must create multiple copies of each video lesson and store the copies in various bitrates to
serve users who have different internet speeds. The smallest video size is 7 GB.
Which solution will meet these requirements MOST cost-effectively? |
| A. Use Amazon ElastiCache to cache videos in all the required bitrates. Use AWS Lambda
functions to process the videos and to convert the videos to the required bitrates. | | B. Create an Auto Scaling group that includes Amazon EC2 instances that are sized to
meet peak loads. Use the Auto Scaling group to serve videos. Use the Auto Scaling group
to convert the videos to the required bitrates. | | C. Store a copy of every video in every required bitrate in an Amazon S3 bucket. Use a
single Amazon EC2 instance to serve the videos. | | D. Use Amazon Kinesis Video Streams to store and serve the videos. Use AWS Lambda
functions to process the videos and to convert the videos to the required bitrates. |
C. Store a copy of every video in every required bitrate in an Amazon S3 bucket. Use a
single Amazon EC2 instance to serve the videos.
Explanation: The most cost-effective solution for serving video content with different
bitrates is to store multiple versions of each video in Amazon S3. S3 provides scalable and
cost-effective storage for large media files. Serving the videos from a single Amazon EC2
instance ensures low-latency delivery, and S3 storage helps minimize costs.
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AWS Certified Solutions Architect - Associate (SAA-C03) Test Dumps
Exam Code: SAA-C03
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