A DevOps Engineer needs to design and implement a backup mechanism for Amazon EFS. The Engineer is given the following requirements: The backup should run on schedule.
The backup should be stopped if the backup window expires.
The backup should be stopped if the backup completes before the backup window.
The backup logs should be retained for further analysis.
The design should support highly available and fault-tolerant paradigms. Administrators should be notified with backup metadata.
Which design will meet these requirements?
A. Use AWS Lambda with an Amazon CloudWatch Events rule for scheduling the start/stop of backup activity. Run backup scripts on Amazon EC2 in an Auto
Scaling group. Use Auto Scaling lifecycle hooks and the SSM Run Command onEC2 for uploading backup logs to Amazon S3. Use Amazon SNS to notify administrators with backup activity metadata.
B. Use Amazon SWF with an Amazon CloudWatch Events rule for scheduling the start/stop of backup activity. Run backup scripts on Amazon EC2 in an Auto
Scaling group. Use Auto Scaling lifecycle hooks and the SSM Run Command onEC2 for uploading backup logs to Amazon Redshift. Use CloudWatch Alarms to notify administrators with backup activity metadata.
C. Use AWS Data Pipeline with an Amazon CloudWatch Events rule for scheduling the start/stop of backup activity. Run backup scripts on Amazon EC2 in a single Availability Zone. Use Auto Scaling lifecycle hooks and the SSM RunCommand on EC2 for uploading the backup logs to Amazon RDS. Use Amazon
SNS to notify administrators with backup activity metadata.
D. Use AWS CodePipeline with an Amazon CloudWatch Events rule for scheduling the start/stop of backup activity. Run backup scripts on Amazon EC2 in a single Availability Zone. Use Auto Scaling lifecycle hooks and the SSM RunCommand on Amazon EC2 for uploading backup logs to Amazon S3. Use
Amazon SES to notify admins with backup activity metadata.
A