An application contains two components one component to handle HI IP requests, and another component to handle background processing tasks Bach component must scale independently The developer wants to deploy this application using AWS Elastic Beanstalk.
How should this application be deployed, based on these requirements?

• A.Deploy each component in a separate Elastic Beanstalk environment
• B.Deploy the application in a single Elastic Beanstalk environment
• C.Use multiple Elastic Beanstalk environments for the HTTP component but one environment for the background task component
• D.Use multiple Elastic Beanstalk environments for the background task component but one environment tor the HTTP component

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An Amazon RDS database instance is used by many applications to look up historical dat a. The query rate is relatively constant. When the historical data is updated each day, the resulting write traffic slows the read query performance and affects all application users.
What can be done to eliminate the performance impact on application users?

• A.Make sure Amazon RDS is Multi-AZ so it can better absorb increased traffic.
• B.Create an RDS Read Replica and direct all read traffic to the replica.
• C.Implement Amazon ElastiCache in front of Amazon RDS to buffer the write traffic.
• D.Use Amazon DynamoDB instead of Amazon RDS to buffer the read traffic.

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A company has multiple Developers located across the globe who are updating code incrementally for a development project. When Developers upload code concurrently, internet connectivity is slow, and it is taking a long time to upload code for deployment in AWS Elastic Beanstalk.
Which step will result in minimized upload and deployment time with the LEAST amount of administrative effort?

• A.Allow the Developers to upload the code to an Amazon S3 bucket, and deploy it directly to Elastic Beanstalk.
• B.Allow the Developers to upload the code to a central FTP server to deploy the application to Elastic Beanstalk.
• C.Create an AWS CodeCommit repository, allow the Developers to commit code to it, and then directly deploy the code to Elastic Beanstalk.
• D.Create a code repository on an Amazon EC2 instance so that all Developers can update the code, and deploy the application from the instance to Elastic Beanstalk.

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A development team is working on a mobile app that allows users to upload pictures to Amazon S3 The team expects the app will be used by hundreds of thousands of users during a single event simultaneously Once the pictures are uploaded, the backend service will scan and parse the pictures for inappropriate content.
Which approach is the MOST resilient way to achieve this goal which also smooths out temporary volume spikes for the backend service?

• A.When the user uploads a picture, invoke an API hosted in Amazon API Gateway. The API will invoke an AWS Lambda function to scan and parse the picture
• B.Once a picture is uploaded to Amazon S3: publish the event to an Amazon SQS queue. Use the queue as an event source to trigger an AWS Lambda function In the Lambda function scan and parse the picture.
• C.Create a state machine in AWS Step Functions to check the upload folder in the S3 bucket. If a new picture is detected, invoke an AWS Lambda function to scan and parse it.
• D.Develop an AWS Lambda function to check the upload folder in the S3 bucket. If new uploaded pictures are detected, the Lambda function will scan and parse them

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In AWS, which security aspects are the customer's responsibility? Choose 4 answers

• A.Life-cycle management of IAM credentials
• B.Decommissioning storage devices
• C.Security Group and ACL (Access Control List) settings
• D.Encryption of EBS (Elastic Block Storage) volumes
• E.Controlling physical access to compute resources
• F.Patch management on the EC2 instance's operating system

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