1. You have an AWS(Amazon Web Service) Ops Works Stack running Chef Version 11.10. Your company hosts its own proprietary cookbook on Amazon 53, and this is specified as a custom cookbook in the stack. You want to use an open- source cookbook located in an external Git repository. What tasks should you perform to enable the use of both custom cookbooks?

A) In the AWS(Amazon Web Service) ops works stack settings, enable Berk shelf. Create a new cookbook with a Berksfile that specifies the other two cookbooks. Configure the stack to use this new cookbook.
B) Contact the open source project?s maintainers and request that they pull your cookbook into theirs, Update the stack to use their cookbook.
C) . In your cookbook create an S3 sym link object that points to the open source projects cookbook.
D) n the Ops Works stack settings add the open source project?s cookbook details in addition to your cookt



2. You are designing an application that contains protected health information. Security and compliance requirements for your application mandate that all protected health Information in the application use encryption at rest and in transit. The application uses a three-tier architecture where data flows through the load balancer and is stored on Amazon EBS volumes for processing and the results are stored in Amazon S3 using the AWS(Amazon Web Service) SDK. Which of the following two options satisfy the security requirements? (Select two) Please select:(Select 2answers)

A) Use SSL termination on the load balancer an SSL listener on the Amazon EC2 Instances. Amazon EBS encryption on EBS volumes containing PHI and Amazon S3 with server-side encryption.
B) Use TCP load balancing on the load balancer. SSL termination on the Amazon EC2 instances and Amazon S3 with server-side encryption.
C) use SSL termination on the load balancer. Amazon EBS encryption on Amazon EC2 instances and Amazon S3 with server- side encryption.
D) Use TCP load balancing on the load balancer. SSL termination on the Amazon EC2 instances. OS-level disk encryption on the Amazon EBS volumes and Amazon 53 with server-side encryption.
E) Use SSL termination with a SAN SSL certificate on the load balancer. Amazon EC2 with all Amazon EBS volumes using Amazon EBS encryption, and Amazon 53 with server-side encryption with customer-managed keys.


3. You are managing the development of an application that uses Dynamo DB to store JSON data. You have already set the Read and Write capacity of the Dynamo DB table. You are unsure of the amount of the traffic that will be received by the application during the deployment time. How can you ensure that the Dynamo DB is not highly throttled and does not become a bottleneck for the application? Choose 2 answers from the options below.(Select 2answers)

A) Monitor the System Errors metric using Cloud watch
B) Monitor the Consumed Read Capacity Units and Consumed Write Capacity Jnits metric using Cloud watch.
C) Create a Cloud watch alarm which would then send a trigger to AWS(Amazon Web Service) Lambda to create a new Dynamo DB table.
D) Create a Cloud watch alarm which would then send a trigger to AWS(Amazon Web Service) Lambda to increase the Read and Write capacity of the Dynamo DB table.



4. A group of developers in your organization want to migrate their existing application into Elastic Beanstalk and want to use Elastic load Balancing and Amazon SQS. They are currently using a custom application server. How would you deploy their system to Elastic Beanstalk?

A) Configure an AWS(Amazon Web Service) Ops Works stack that installs the third party application server and creates a load balancer and an Amazon SQS queue and then deploys it to Elastic Beanstalk.
B) Create a custom Elastic Beanstalk platform that contains the third party application server and runs a script that creates a load balancer and an Amazon SQS queue.
C) Use a Ducker container that has the third party application server installed on it and that creates the load balancer and an Amazon SQS queue using the application source bundle feature.
D) Configure an Elastic Beanstalk platform using AWS(Amazon Web Service) Ops Works deploy It to Elastic Beanstalk and run a script that creates a load balancer and an Amazon SOS queue.



5. You are a Dev ops Engineer for your company. You are planning on using Cloud watch for monitoring the resources hosted in AWS. Which of the following can you do with Cloud watch logs ideally. Choose 3 answers from the options given below ?(Select 3answers)

A) Stream the log data into Amazon Elastic search for any search analysis required.
B) Send the log data to AWS(Amazon Web Service) Lambda for custom processing
C) Send the data to SQS for further processing.
D) Stream the log data to Amazon Kinesis for further processing