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NEW QUESTION 28
A large corporation is creating a multi-account strategy and needs to determine how its employees should access the AWS infrastructure.
Which of the following solutions would provide the MOST scalable solution?

• A. Configure the AWS Security Token Service to use Kerberos tokens so that users can use their existing corporate user names and passwords to access AWS resources directly
• B. Use a centralized account with IAM roles that employees can assume through federation with their existing identity provider Use cross-account roles to allow the federated users to assume their target role in the resource accounts
• C. Configure the IAM trust policies within each account's role to set up a trust back to the corporation's existing identity provider allowing users to assume the role based off their SAML token
• D. Create dedicated IAM users within each AWS account that employees can assume through federation based upon group membership in their existing identity provider

Answer: B

NEW QUESTION 29
Your company has many AWS accounts defined and all are managed via AWS Organizations. One AWS account has a S3 bucket that has critical data. How can we ensure that all the users in the AWS organisation have access to this bucket?
Please select:

• A. Ensure the bucket policy has a condition which involves aws:AccountNumber
• B. Ensure the bucket policy has a condition which involves aws:PrincipaliD
• C. Ensure the bucket policy has a condition which involves aws:OrglD
• D. Ensure the bucket policy has a condition which involves aws:PrincipalOrglD

Answer: D

Explanation:
Explanation
The AWS Documentation mentions the following
AWS Identity and Access Management (1AM) now makes it easier for you to control access to your AWS resources by using the AWS organization of 1AM principals (users and roles). For some services, you grant permissions using resource-based policies to specify the accounts and principals that can access the resource and what actions they can perform on it. Now, you can use a new condition key, aws:PrincipalOrglD, in these policies to require all principals accessing the resource to be from an account in the organization Option B.C and D are invalid because the condition in the bucket policy has to mention aws:PrincipalOrglD For more information on controlling access via Organizations, please refer to the below Link:
https://aws.amazon.com/blogs/security/control-access-to-aws-resources-by-usins-the-aws-organization-of-iam-pr ( The correct answer is: Ensure the bucket policy has a condition which involves aws:PrincipalOrglD Submit your Feedback/Queries to our Experts

NEW QUESTION 30
You
are hosting a web site via website hosting on an S3 bucket - http://demo.s3-website-us-east-l .amazonaws.com.
You have some web pages that use Javascript that access resources in another bucket which has web site hosting also enabled. But when users access the web pages , they are getting a blocked Javascript error. How can you rectify this?
Please select:

• A. Enable MFA for the bucket
• B. Enable versioning for the bucket
• C. Enable CRR for the bucket
• D. Enable CORS for the bucket

Answer: D

Explanation:
Explanation
Your answer is incorrect
Answer-A
Such a scenario is also given in the AWS Documentation Cross-Origin Resource Sharing: Use-case Scenarios The following are example scenarios for using CORS:
* Scenario
1: Suppose that you are hosting a website in an Amazon S3 bucket named website as described in Hosting a Static Website on Amazon S3. Your users load the website endpoint http://website.s3-website-us-east-1
.amazonaws.com. Now you want to use JavaScript on the webpages that are stored in this bucket to be able to make authenticated GET and PUT requests against the same bucket by using the Amazon S3 API endpoint for the bucket website.s3.amazonaws.com. A browser would normally block JavaScript from allowing those requests, but with CORS you can configure your bucket to explicitly enable cross-origin requests from website.s3-website-us-east-1 .amazonaws.com.
* Scenario 2: Suppose that you want to host a web font from your S3 bucket. Again, browsers require a CORS check (also called a preflight check) for loading web fonts. You would configure the bucket that is hosting the web font to allow any origin to make these requests.
Option Bis invalid because versioning is only to create multiple versions of an object and can help in accidental deletion of objects Option C is invalid because this is used as an extra measure of caution for deletion of objects Option D is invalid because this is used for Cross region replication of objects For more information on Cross Origin Resource sharing, please visit the following URL
* ittps://docs.aws.amazon.com/AmazonS3/latest/dev/cors.html
The correct answer is: Enable CORS for the bucket
Submit your Feedback/Queries to our Experts

NEW QUESTION 31
Which of the following is the correct sequence of how KMS manages the keys when used along with the Redshift cluster service
Please select:

• A. The master keys encrypts the data encryption keys. The data encryption keys encrypts the database key
• B. The master keys encrypts the database key. The database key encrypts the data encryption keys.
• C. The master keys encrypts the cluster key, database key and data encryption keys
• D. The master keys encrypts the cluster key. The cluster key encrypts the database key. The database key encrypts the data encryption keys.

Answer: D

Explanation:
This is mentioned in the AWS Documentation
Amazon Redshift uses a four-tier, key-based architecture for encryption. The architecture consists of data encryption keys, a database key, a cluster key, and a master key.
Data encryption keys encrypt data blocks in the cluster. Each data block is assigned a randomly-generated AES-256 key. These keys are encrypted by using the database key for the cluster.
The database key encrypts data encryption keys in the cluster. The database key is a randomly-generated AES-256 key. It is stored on disk in a separate network from the Amazon Redshift cluster and passed to the cluster across a secure channel.
The cluster key encrypts the database key for the Amazon Redshift cluster.
Option B is incorrect because the master key encrypts the cluster key and not the database key
Option C is incorrect because the master key encrypts the cluster key and not the data encryption keys
Option D is incorrect because the master key encrypts the cluster key only
For more information on how keys are used in Redshift, please visit the following URL:
https://docs.aws.amazon.com/kms/latest/developereuide/services-redshift.html
The correct answer is: The master keys encrypts the cluster key. The cluster key encrypts the database key. The database key encrypts the data encryption keys.
Submit your Feedback/Queries to our Experts

NEW QUESTION 32
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