A. Create individual accounts for each business unit and add the account to an OU in AWS Organizations.Modify the OU to ensure that the particular services are blocke

B. Federate each account with an IdP, and create separate roles for the business units and the Security team.

C. Create individual accounts for each business uni

D. Federate each account with an IdP and create separate roles and policies for business units and the Security team.

E. Create one shared account for the entire compan

F. Create separate VPCs for each business uni

G. Create individual IAM policies and resource tags for each business uni

H. Federate each account with an IdP, and create separate roles for the business units and the Security team.

I. Create one shared account for the entire compan

J. Create individual IAM policies and resource tags for each business uni

K. Federate the account with an IdP, and create separate roles for the business units and the Security team.

A. Run a website from an Amazon S3 bucket with a separate S3 bucket for images and messaging data.Call AWS Lambda functions from embedded JavaScript to manage the dynamic content, and use Amazon Cognito for user and sharing management.

B. Run a website from Amazon EC2 Linux servers, storing the images in Amazon S3, and use Amazon Cognito for user accounts and sharin

C. Create AWS CloudFormation templates to launch the application by using EC2 user data to install and configure the application.

D. Run a website as an AWS Elastic Beanstalk application, storing the images in Amazon S3, and using an Amazon RDS database for user accounts and sharin

E. Create AWS CloudFormation templates to launch the application and perform blue/green deployments.

F. Run a website from an Amazon S3 bucket that authorizes Amazon AppStream to stream applications for a combined image viewer and messenger that stores images in Amazon S3. Have the website use an Amazon RDS database for user accounts and sharing.

A. Add additional task nodes, but have the team purchase an all-upfront convertible Reserved Instance for each additional nod e to offset the costs.

B. Add additional task nodes, but use instance fleets with the master node in on-Demand mode and a mix of On-Demand and Spot Instances for the core and task node

C. Purchase a scheduled Reserved Instances for the master node.

D. Add additional task nodes, but use instance fleets with the master node in Spot mode and a mix of On-Demand and Spot Instances for the core and task node

E. Purchase enough scheduled Reserved Instances to offset the cost of running any On-Demand instances.

F. Add additional task nodes, but use instance fleets with the master node in On-Demand mode and a mix of On-Demand and Spot Instances for the core and task node

G. Purchase a standard all-upfront Reserved Instance for the master node.

A. Create an Amazon CloudWatch alarm to automatically recover the instanc

B. Create a script that will check and repair the database upon reboo

C. Subscribe the Operations team to the Amazon SNS message generated by the CloudWatch alarm.

D. Run the application on m4.xlarge EC2 instances behind an Elastic Load Balancer/Application Load Balance

E. Run the EC2 instances in an Auto Scaling group across multiple Availability Zones with a minimum instance count of tw

F. Migrate the database to an Amazon RDS Oracle Multi-AZ DB instance.

G. Run the application on m4.2xlarge EC2 instances behind an Elastic Load Balancer/Application Load Balance

H. Run the EC2 instances in an Auto Scaling group across multiple Availability Zones with aminimum instance count of on

I. Migrate the database to an Amazon RDS Oracle Multi-AZ DB instance.

J. Increase the web server instance count to two m4.xlarge instances and use Amazon Route 53 round-robin load balancing to spread the loa

K. Enable Route 53 health checks on the web server

L. Migrate the database to an Amazon RDS Oracle Multi-AZ DB instance.

A. Use AWS Manager to create a new AMI with the updated OS patches . Update the Auto Scaling group to use the patches AMI and replace existing unpatche

B. Use AWS CodeDeploy to push the application code to the instance

C. Store the static data in Amazon EFS.

D. Use AWS System Manager to create a new AMI with upload OS patche

E. Update the Auto Scaling group to use the patches AMI and replace existing unpatches and the application code as a batch job every nigh

F. Store the static data in Amazon EFS.

G. Use an Amazon provided AMI for the OS Configure an Auto Scaling group set to a static instance coun

H. Configure an Amazon EC2 data script to download the data from Amazon S3 install OS patches with AWS system Manager when they are release

I. Use Codedeploy to push the application code to the instances.

J. Use an Amazon provided AMI for the OS Configure an Auto Scaling group Configure an Amazon EC2 user data script to download the data from Amazon S3. Replace existing instances after eachAmazon-provided AMI releas

K. Use AWS CodeDeploy to push the application code to the instances.

A. Use AWS CloudFormation StackSets to deploy the API layer in two region

B. Migrate the database to an Amazon Aurora with MySQL database cluster with multiple read replicas in one region and a read replica in a different region than the source database cluste

C. Use Amazon Route 53 health checks to trigger a DNS failover to the standby region if the health checks to the primary load balancer fai

D. In the event of Route 53 failover, promote the cross-region database replica to be the master and build out new read replicas in the standby region.

E. Use Amazon ElastiCache for Redis Multi-AZ with an automatic failover to cache the database readquerie

F. Use AWS OpsWorks to deploy the API layer, cache layer, and existing database layer in two region

G. In the event of failure, use Amazon Route 53 health checks on the database to trigger a DNS failover to the standby region if the health checks in the primary region fai

H. Back up the MySQL database frequently, and in the event of a failure in an active region, copy the backup to the standby region and restore the standby database.

I. Use AWS CloudFormation StackSets to deploy the API layer in two region

J. Add the database to an Auto Scaling grou

K. Add a read replica to the database in the second regio

L. Use Amazon Route 53 health checks on the database to trigger a DNS failover to the standby region if the health checks in the primary region fai

M. Promote the cross-region database replica to be the master and build out new read replicas in the standby region.

N. Use Amazon ElastiCache for Redis Multi-AZ with an automatic failover to cache the database read querie

O. Use AWS OpsWorks to deploy the API layer, cache layer, and existing database layer in two region

P. Use Amazon Route 53 health checks on the ALB to trigger a DNS failover to the standby region if the health checks in the primary region fai

Q. Back up the MySQL database frequently, and in the event of a failure in an active region, copy the backup to the standby region and restore the standby database.