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Amazon SCS-C03 Exam Syllabus Topics:

Topic	Details
Topic 1	Detection: This domain covers identifying and monitoring security events, threats, and vulnerabilities in AWS through logging, monitoring, and alerting mechanisms to detect anomalies and unauthorized access.
Topic 2	Security Foundations and Governance: This domain addresses foundational security practices including policies, compliance frameworks, risk management, security automation, and audit procedures for AWS environments.
Topic 3	Identity and Access Management: This domain deals with controlling authentication and authorization through user identity management, role-based access, federation, and implementing least privilege principles.

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Amazon AWS Certified Security - Specialty Sample Questions (Q254-Q259):

NEW QUESTION # 254
A company is running its application on AWS. The company has a multi-environment setup, and each environment is isolated in a separate AWS account. The company has an organization in AWS Organizations to manage the accounts. There is a single dedicated security account for the organization. The company must create an inventory of all sensitive data that is stored in Amazon S3 buckets across the organization's accounts. The findings must be visible from a single location. Which solution will meet these requirements?

A. Set the security account as the delegated administrator for Amazon Macie and AWS Security Hub. Enable and configure Macie to publish sensitive data findings to Security Hub.
B. Set the security account as the delegated administrator for AWS Security Hub. In each account, configure Amazon Inspector to scan the S3 buckets for sensitive data. Publish sensitive data findings to Security Hub.
C. In each account, enable and configure Amazon Macie to detect sensitive data. Enable Macie integration with AWS Trusted Advisor. Publish sensitive data findings to Trusted Advisor.
D. In each account, configure Amazon Inspector to scan the S3 buckets for sensitive data. Enable Amazon Inspector integration with AWS Trusted Advisor. Publish sensitive data findings to Trusted Advisor.

Answer: A

Explanation:
Amazon Macie is the AWS service designed specifically to discover, classify, and inventory sensitive data stored in Amazon S3. According to the AWS Certified Security - Specialty Study Guide, Macie can be enabled organization-wide using AWS Organizations, with a delegated administrator account that centrally manages findings across all member accounts.
By designating the security account as the delegated administrator for both Amazon Macie and AWS Security Hub, the company can centralize sensitive data findings in a single location. Macie automatically scans S3 buckets for sensitive data such as personally identifiable information (PII) and publishes findings to Security Hub for centralized visibility and reporting.
Option B and C are incorrect because Amazon Inspector does not scan S3 objects for sensitive data. Option D is invalid because AWS Trusted Advisor does not ingest Macie sensitive data findings.
AWS best practices recommend Amazon Macie with delegated administration and Security Hub integration for centralized sensitive data inventory across multi-account environments.

NEW QUESTION # 255
A company has several Amazon S3 buckets that do not enforce encryption in transit. A security engineer must implement a solution that enforces encryption in transit for all the company's existing and future S3 buckets.
Which solution will meet these requirements?

A. Enable Amazon Inspector. Create a custom AWS Lambda rule. Create a Lambda function that applies a bucket policy to deny requests when the value of the aws:SecureTransport condition key is False. Set the Lambda function as the target of the rule.
B. Create an AWS CloudTrail trail. Enable S3 data events on the trail. Create an AWS Lambda function that applies a bucket policy to deny requests when the value of the aws:SecureTransport condition key is False. Configure the CloudTrail trail to invoke the Lambda function.
C. Enable AWS Config. Configure the s3-bucket-ssl-requests-only AWS Config managed rule and set the rule trigger type to Hybrid. Create an AWS Systems Manager Automation runbook that applies a bucket policy to deny requests when the value of the aws:SecureTransport condition key is False.
Configure automatic remediation. Set the runbook as the target of the rule.
D. Enable AWS Config. Create a proactive AWS Config Custom Policy rule. Create a Guard clause to evaluate the S3 bucket policies to check for a value of True for the aws:SecureTransport condition key.
If the AWS Config rule evaluates to NON_COMPLIANT, block resource creation.

Answer: C

Explanation:
To enforce encryption in transit for Amazon S3, AWS best practice is to require HTTPS (TLS) by using a bucket policy condition that denies any request where aws:SecureTransport is false. The requirement includes both existing buckets and future buckets, so the control must continuously evaluate configuration drift and automatically remediate. AWS Config is the service intended for continuous configuration compliance monitoring across resources, and AWS Config managed rules provide standardized checks with low operational overhead. The s3-bucket-ssl-requests-only managed rule evaluates whether S3 buckets enforce SSL-only requests, aligning directly with enforcing encryption in transit. Setting the trigger type to Hybrid ensures evaluation both on configuration changes and periodically. Automatic remediation with an AWS Systems Manager Automation runbook allows the organization to apply or correct the bucket policy consistently at scale without manual work. This approach also supports governance by maintaining a measurable compliance status while actively fixing noncompliance. Option A is not the best fit because a
"proactive" custom policy rule does not by itself remediate existing buckets and "block resource creation" is not how AWS Config enforces controls. Option C is incorrect because Amazon Inspector is a vulnerability management service and does not govern S3 bucket transport policies. Option D is inefficient and indirect because CloudTrail data events are not a compliance engine and would require custom processing.
Referenced AWS Specialty Documents:
AWS Certified Security - Specialty Official Study Guide
AWS Config Managed Rules for S3 Compliance
Amazon S3 Security Best Practices for SSL-only Access

NEW QUESTION # 256
A company is building a secure solution that relies on an AWS Key Management Service (AWS KMS) customer managed key. The company wants to allow AWS Lambda to use the KMS key.
However, the company wants to prevent Amazon EC2 from using the key. Which solution will meet these requirements?

A. Use IAM explicit deny for EC2 instance profiles and allow for Lambda roles.
B. Use aws:SourceIp and aws:AuthorizedService condition keys in the KMS key policy.
C. Use an SCP to deny EC2 and allow Lambda.
D. Use a KMS key policy with kms:ViaService conditions to allow Lambda usage and deny EC2 usage.

Answer: D

Explanation:
AWS KMS access control is primarily enforced through key policies (and optionally grants), and AWS recommends using key policy condition keys to restrict how keys can be used. The kms:ViaService condition key is specifically designed to restrict KMS API usage to requests that come through a particular AWS service endpoint in a specific Region. This is the most robust way to ensure a key can be used only via AWS Lambda (for example, lambda.<region>.amazonaws.com) and not via Amazon EC2 (ec2.<region>.amazonaws.com), even if IAM permissions exist elsewhere. By writing a key policy that uses the Lambda execution role as the principal and conditions on kms:ViaService, the company can tightly bind key usage to Lambda-originated cryptographic operations while preventing use through EC2 service paths.
Option A is weaker because EC2 is not the only way an IAM principal might use KMS, and relying on attaching explicit deny policies broadly is harder to manage and can miss principals. Option C is incorrect because aws:AuthorizedService is not the typical mechanism for KMS service restriction, and SourceIp is unreliable for service-to-service calls. Option D is not ideal because SCPs do not provide fine-grained service-path restrictions for KMS usage and cannot "allow" beyond IAM; key policy controls still apply.

NEW QUESTION # 257
A company has enabled AWS Config for its organization in AWS Organizations. The company has deployed hundreds of Amazon S3 buckets across the organization. A security engineer needs to identify any S3 buckets that are not encrypted with AWS Key Management Service (AWS KMS). The security engineer also must prevent objects that are not encrypted with AWS KMS from being uploaded to the S3 buckets.
Which solution will meet these requirements?

A. Use thes3-bucket-ssl-requests-onlyAWS Config managed rule to identify unencrypted S3 buckets.
Create an SCP to allow thes3:PutObjectaction only when the object is encrypted with AWS KMS.
B. Use thes3-default-encryption-kmsAWS Config managed rule to identify unencrypted S3 buckets.
Create an SCP to allow thes3:PutObjectaction only when the object is encrypted with AWS KMS.
C. Use thes3-default-encryption-kmsAWS Config managed rule to identify unencrypted S3 buckets.
Create bucket policies for each S3 bucket to deny thes3:PutObjectaction only when the object has server-side encryption with S3 managed keys (SSE-S3).
D. Use thes3-bucket-ssl-requests-onlyAWS Config managed rule to identify unencrypted S3 buckets.Create bucket policies for each S3 bucket to allow thes3:PutObjectaction only when the object is encrypted with AWS KMS.

Answer: B

Explanation:
The correct Config rule for finding buckets that are not usingSSE-KMS by defaultiss3-default-encryption- kms. It evaluates the bucket's default encryption settings and flags buckets that do not have KMS default encryption enabled. The s3-bucket-ssl-requests-only rule focuses on enforcing HTTPS-only requests and does not validate encryption-at-rest settings, so it cannot satisfy the "identify not encrypted with KMS" requirement.
For preventing uploads of objects that are not encrypted with KMS, an organization-wide control is needed.
AnSCPcan restrict s3:PutObject so that uploads succeed only when the request specifiesSSE-KMS(and optionally a specific KMS key). This provides broad, low-touch enforcement across many accounts and buckets. While bucket policies can also enforce SSE-KMS, managing and verifying hundreds of bucket policies is more operationally heavy than a centrally managed SCP guardrail.
Option B enforcesSSE-S3, which does not meet the requirement forKMSencryption. Option D uses the wrong Config rule and relies on an "allow-only" pattern rather than explicit deny logic, making it an unreliable fit for the stated goal. Therefore, A is the best answer.

NEW QUESTION # 258
A company is running its application on AWS. The company has a multi-environment setup, and each environment is isolated in a separate AWS account. The company has an organization in AWS Organizations to manage the accounts. There is a single dedicated security account for the organization. The company must create an inventory of all sensitive data that is stored in Amazon S3 buckets across the organization's accounts. The findings must be visible from a single location.
Which solution will meet these requirements?

A. Set the security account as the delegated administrator for AWS Security Hub. In each account, configure Amazon Inspector to scan the S3 buckets for sensitive data. Publish sensitive data findings to Security Hub.
B. In each account, enable and configure Amazon Macie to detect sensitive data. Enable Macie integration with AWS Trusted Advisor. Publish sensitive data findings to Trusted Advisor.
C. Set the security account as the delegated administrator for Amazon Macie and AWS Security Hub.
Enable and configure Macie to publish sensitive data findings to Security Hub.
D. In each account, configure Amazon Inspector to scan the S3 buckets for sensitive data. Enable Amazon Inspector integration with AWS Trusted Advisor. Publish sensitive data findings to Trusted Advisor.

Answer: C

NEW QUESTION # 259
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