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| Section | Weight | Objectives |
|---|---|---|
| Logging and Monitoring | 18% | - Monitoring and alerting
|
| Data Protection | 18% | - Encryption and key management
|
| Identity and Access Management | 16% | - Federation and access control
|
| Management, Governance and Compliance | 14% | - Compliance and auditing
|
| Threat Detection and Incident Response | 14% | - Incident response procedures
|
| Infrastructure Security | 20% | - Network security
|
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NEW QUESTION # 50
A company has a compliance requirement to encrypt all data in transit. The company recently discovered an Amazon Aurora cluster that does not meet this requirement.
How can the company enforce encryption for all connections to the Aurora cluster?
Answer: D
Explanation:
To enforce encryption in transit to Aurora, you must require clients to useTLS/SSLwhen connecting to the database. Aurora (depending on engine flavor) supports a parameter that enforces secure transport by rejecting non-TLS connections. Setting the DB (cluster/instance) parameter such asrequire_secure_transporttoONforces clients to negotiate SSL/TLS; otherwise the server refuses the connection, ensuring all data in transit is encrypted. This directly enforces the compliance requirement at the database endpoint itself, independent of client behavior.
Kerberos authentication (Option B) provides centralized authentication and can be useful for IAM/AD integration, but it does not by itself guarantee that the network session is encrypted. Option C is incorrect because Aurora/RDS usesRDS-provided certificatesfor TLS; you don't attach ACM certificates to Aurora the way you would for ALB/CloudFront. Option D is not the right enforcement mechanism: RDS Proxy can help with connection pooling and IAM auth patterns, but it does not inherently force all client-to-proxy or proxy-to- db connections to be encrypted in the way a DB parameter enforcement does (and you'd still need to ensure clients use TLS). Therefore, enabling the parameter that requires secure transport is the correct solution.
NEW QUESTION # 51
A security engineer is working with a development team to design a supply chain application that stores sensitive inventory data in an Amazon S3 bucket. The application will use an AWS Key Management Service (AWS KMS) customer managed key to encrypt the data in Amazon S3.
The inventory data in Amazon S3 will be shared with hundreds of vendors. All vendors will use AWS principals from their own AWS accounts to access the data in Amazon S3. The vendor list might change weekly. The security engineer needs to find a solution that supports cross-account access.
Which solution is the MOST operationally efficient way to manage access control for the customer managed key?
Answer: D
Explanation:
KMS grants provide a scalable and efficient way to manage access to AWS KMS customer- managed keys, especially for cross-account access. Grants allow you to specify who can use the key and what operations they can perform on it without needing to modify the KMS key policy itself. Grants are flexible and can be created, modified, and revoked programmatically, making them ideal for situations where the vendor list changes frequently.
This approach minimizes operational overhead while allowing the security engineer to dynamically control access to the KMS key as vendor requirements change.
NEW QUESTION # 52
A company uses AWS Organizations. The company subscribes to AWS Shield Advanced. The company must share third-party firewall logs from all its accounts with the Shield Response Team. The company stores the logs in an Amazon S3 bucket that uses server-side encryption with S3 managed keys (SSE-S3).
Which combination of steps will meet these requirements? (Choose Two.)
Answer: A,E
Explanation:
To let the Shield Response Team assist during DDoS events, the account must explicitly authorize SRT access. The associate-drt-log-bucket operation authorizes SRT access to an S3 bucket that contains log data, including third-party source logs. The SRT also needs an IAM role with the AWSShieldDRTAccessPolicy policy and a trust relationship for the Shield DRT service principal so it can inspect relevant protection and logging information during mitigation. Delegated administration and auto-enable can help manage Shield Advanced across accounts, but they do not by themselves share the specific third-party firewall log bucket with SRT. Security Hub CSPM is unrelated to SRT log-bucket access.
NEW QUESTION # 53
A company's data scientists want to create artificial intelligence and machine learning (AI/ML) training models by using Amazon SageMaker. The training models will use large datasets in an Amazon S3 bucket.
The datasets contain sensitive information.
On average, the data scientists need 30 days to train models. The S3 bucket has been secured appropriately.
The company's data retention policy states that all data that is older than 45 days must be removed from the S3 bucket.
Which action should a security engineer take to enforce this data retention policy?
Answer: D
Explanation:
Amazon S3 Lifecycle rules provide anative, fully managed mechanismto automatically transition or delete objects based on their age. According to the AWS Certified Security - Specialty Official Study Guide, S3 Lifecycle policies are therecommended and most secure methodfor enforcing data retention requirements because they operate automatically, consistently, and without custom code.
By configuring a lifecycle rule to delete objects after 45 days, the company ensures that sensitive datasets are retained long enough to support the 30-day model training process while remaining compliant with the data retention policy. Lifecycle rules are enforced by Amazon S3 itself and apply uniformly to all objects in the bucket or to objects that match specific prefixes or tags.
Option B and Option C introduce unnecessary operational complexity and risk by relying on custom Lambda code and scheduling. These approaches are more error-prone, harder to audit, and less reliable than a built-in S3 capability. Option D is incorrect because S3 Intelligent-Tiering manages storage cost optimization and does not delete data.
AWS documentation explicitly states thatS3 Lifecycle rules are the standard control for enforcing retention and deletion policies, particularly for sensitive data stored at scale.
* AWS Certified Security - Specialty Official Study Guide
* Amazon S3 Lifecycle Configuration Documentation
* AWS Data Protection Best Practices
NEW QUESTION # 54
A company wants to establish separate AWS Key Management Service (AWS KMS) keys to use for different AWS services. The company's security engineer created a key policy to allow the infrastructure deployment team to create encrypted Amazon Elastic Block Store (Amazon EBS) volumes by assuming the InfrastructureDeployment IAM role. The security engineer recently discovered that IAM roles other than the InfrastructureDeployment role used this key for other services.
Which change to the policy should the security engineer make to resolve these issues?
Answer: B
Explanation:
AWS KMS key policies can restrict how and where a key is used by leveraging condition keys such as kms:
ViaService. According to the AWS Certified Security - Specialty documentation, kms:ViaService limits key usage to requests that originate from a specific AWS service in a specific Region. If this condition is overly broad or incorrect, other IAM roles and services may unintentionally use the key.
By explicitly setting the kms:ViaService condition value to ec2.us-east-1.amazonaws.com, the key policy ensures that the KMS key can only be used when requests are made through the Amazon EC2 service in that Region, such as for EBS volume encryption. This prevents other services or unintended IAM roles from using the key.
Option A weakens the condition logic and can broaden access. Option B removes essential permissions that allow IAM policies to function with KMS keys and is not recommended. Option D relates to administrative control of the key, not service-level usage restrictions.
AWS best practices recommend using kms:ViaService and precise condition values to enforce service- specific key usage and strong separation of duties.
Referenced AWS Specialty Documents:
AWS Certified Security - Specialty Official Study Guide
AWS KMS Key Policy Condition Keys
AWS KMS Best Practices
NEW QUESTION # 55
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