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NEW QUESTION 41
Which of the following bucket policies will ensure that objects being uploaded to a bucket called 'demo' are encrypted.
Please select:

A. Option
B. Option
C. Option
D. Option

Answer: D

Explanation:
The condition of "s3:x-amz-server-side-encryption":"aws:kms" ensures that objects uploaded need to be encrypted.
Options B,C and D are invalid because you have to ensure the condition of ns3:x-amz-server-side-encryption":"aws:kms" is present For more information on AWS KMS best practices, just browse to the below URL:
https://dl.awsstatic.com/whitepapers/aws-kms-best-praaices.pdf

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NEW QUESTION 42
A company plans to use custom AMIs to launch Amazon EC2 instances across multiple AWS accounts in a single Region to perform security monitoring and analytics tasks. The EC2 instances are launched in EC2 Auto Scaling groups. To increase the security of the solution, a Security Engineer will manage the lifecycle of the custom AMIs in a centralized account and will encrypt them with a centrally managed AWS KMS CMK. The Security Engineer configured the KMS key policy to allow cross-account access. However, the EC2 instances are still not being properly launched by the EC2 Auto Scaling groups.
Which combination of configuration steps should the Security Engineer take to ensure the EC2 Auto Scaling groups have been granted the proper permissions to execute task?

A. Create a customer-managed CMK or an AWS managed CMK in the centralized account. Allow other applicable accounts to use that key for cryptographical operations by applying proper cross-account permissions in the key policy. Use the CMK administrator to create a CMK grant that includes permissions to perform cryptographical operations that define EC2 Auto Scaling service-linked roles from all other accounts as the grantee principal.B. Create a customer-managed CMK in the centralized account. Allow other applicable accounts to use that key for cryptographical operations by applying proper cross-account permissions in the key policy. Create an IAM role in all applicable accounts and configure its access policy to allow the use of the centrally managed CMK for cryptographical operations. Configure EC2 Auto Scaling groups within each applicable account to use the created IAM role to launch EC2 instances.C. Create a customer-managed CMK in the centralized account. Allow other applicable accounts to use that key for cryptographical operations by applying proper cross-account permissions in the key policy. Create an IAM role in all applicable accounts and configure its access policy with permissions to create grants for the centrally managed CMK. Use this IAM role to create a grant for the centrally managed CMK with permissions to perform cryptographical operations and with the EC2 Auto Scaling service-linked role defined as the grantee principal.D. Create a customer-managed CMK or an AWS managed CMK in the centralized account. Allow other applicable accounts to use that key for cryptographical operations by applying proper cross-account permissions in the key policy. Modify the access policy for the EC2 Auto Scaling roles to perform cryptographical operations against the centrally managed CMK.

Answer: D

Explanation:
Explanation/Reference: https://docs.aws.amazon.com/kms/latest/developerguide/key-policy-modifying-external- accounts.html

 

NEW QUESTION 43
Which option for the use of the AWS Key Management Service (KMS) supports key management best practices that focus on minimizing the potential scope of data exposed by a possible future key compromise?

A. Generate a new Customer Master Key (CMK), re-encrypt all existing data with the new CMK, and use it for all future encryption operations.B. Change the CMK alias every 90 days, and update key-calling applications with the new key alias.C. Use KMS automatic key rotation to replace the master key, and use this new master key for future encryption operations without re-encrypting previously encrypted data.D. Change the CMK permissions to ensure that individuals who can provision keys are not the same individuals who can use the keys.

Answer: A

Explanation:
Explanation
"automatic key rotation has no effect on the data that the CMK protects. It does not rotate the data keys that the CMK generated or re-encrypt any data protected by the CMK, and it will not mitigate the effect of a compromised data key. You might decide to create a new CMK and use it in place of the original CMK. This has the same effect as rotating the key material in an existing CMK, so it's often thought of as manually rotating the key." https://docs.aws.amazon.com/kms/latest/developerguide/rotate-keys.html

 

NEW QUESTION 44
An organization operates a web application that serves users globally. The application runs on Amazon EC2 instances behind an Application Load Balancer. There is an Amazon CloudFront distribution in front of the load balancer, and the organization uses AWS WAF. The application is currently experiencing a volumetric attack whereby the attacker is exploiting a bug in a popular mobile game.
The application is being flooded with HTTP requests from all over the world with the User-Agent set to the following string: Mozilla/5.0 (compatible; ExampleCorp; ExampleGame/1.22; Mobile/1.0)
What mitigation can be applied to block attacks resulting from this bug while continuing to service legitimate requests?

A. Create a geographic restriction on the CloudFront distribution to prevent access to the application from most geographic regionsB. Create a rule in AWS WAF rules with conditions that block requests based on the presence of ExampleGame/1.22 in the User-Agent headerC. Create an IP-based blacklist in AWS WAF to block the IP addresses that are originating from requests that contain ExampleGame/1.22 in the User-Agent header.D. Create a rate-based rule in AWS WAF to limit the total number of requests that the web application services.

Answer: B

Explanation:
Since all the attack has http header- User-Agent set to string: Mozilla/5.0 (compatible; ExampleCorp;) it would be much more easier to block these attack by simply denying traffic with the header match . HTH ExampleGame/1.22; Mobile/1.0)

 

NEW QUESTION 45
A customer has an instance hosted in the AWS Public Cloud. The VPC and subnet used to host the Instance have been created with the default settings for the Network Access Control Lists. They need to provide an IT Administrator secure access to the underlying instance. How can this be accomplished.
Please select:

A. Ensure that the security group allows Outbound SSH traffic from the IT Administrator's WorkstationB. Ensure the Network Access Control Lists allow Inbound SSH traffic from the IT Administrator's WorkstationC. Ensure the Network Access Control Lists allow Outbound SSH traffic from the IT Administrator's WorkstationD. Ensure that the security group allows Inbound SSH traffic from the IT Administrator's Workstation

Answer: D

Explanation:
Explanation
Options A & B are invalid as default NACL rule will allow all inbound and outbound traffic.
The requirement is that the IT administrator should be able to access this EC2 instance from his workstation.
For that we need to enable the Security Group of EC2 instance to allow traffic from the IT administrator's workstation. Hence option C is correct.
Option D is incorrect as we need to enable the Inbound SSH traffic on the EC2 instance Security Group since the traffic originate' , from the IT admin's workstation.
The correct answer is: Ensure that the security group allows Inbound SSH traffic from the IT Administrator's Workstation Submit your Feedback/Queries to our Experts

 

NEW QUESTION 46
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