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Amazon SCS-C03 Exam Syllabus Topics:

Topic	Details
Topic 1	Incident Response: This domain addresses responding to security incidents through automated and manual strategies, containment, forensic analysis, and recovery procedures to minimize impact and restore operations.
Topic 2	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.
Topic 3	Data Protection: This domain centers on protecting data at rest and in transit through encryption, key management, data classification, secure storage, and backup mechanisms.
Topic 4	Security Foundations and Governance: This domain addresses foundational security practices including policies, compliance frameworks, risk management, security automation, and audit procedures for AWS environments.

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Amazon AWS Certified Security - Specialty Sample Questions (Q100-Q105):

NEW QUESTION # 100
A company has an Amazon RDS database. The database contains sensitive data that is shared across teams in the company. The company needs a solution to detect anomalous logins to the database. The solution must notify an existing Amazon SNS topic when anomalous logins occur.
Which solution will meet these requirements?

A. Enable Amazon Inspector. Create an Amazon EventBridge rule to monitor Amazon Inspector findings of anomalous logins. Configure the SNS topic as the target of the EventBridge rule.
B. Enable Amazon GuardDuty and configure GuardDuty RDS Protection. Create an Amazon EventBridge rule to monitor GuardDuty findings of anomalous logins. Configure the SNS topic as the target of the EventBridge rule.
C. Use AWS Trusted Advisor security checks for Amazon RDS. Create an Amazon EventBridge rule to monitor the security checks for status changes. Configure the EventBridge rule to invoke an AWS Lambda function to publish a message to the SNS topic.
D. Enable AWS AppFabric. Connect AWS AppFabric to the RDS DB instance. Create an Amazon Data Firehose stream as the destination for the AWS AppFabric findings. Create an AWS Lambda function that is invoked by the Firehose stream to publish a message to the SNS topic.

Answer: B

Explanation:
GuardDuty RDS Protection is the AWS threat-detection feature designed to detect suspicious and anomalous activity involving supported Amazon RDS databases, including anomalous login behavior. GuardDuty findings are automatically published to EventBridge, and EventBridge rules can route selected finding types or severities to SNS for notification. This directly satisfies both detection and alerting requirements with minimal custom code. Trusted Advisor checks general account and configuration best practices; it does not perform database-login anomaly detection.
AppFabric is for SaaS application security data normalization, not RDS login monitoring. Amazon Inspector is a vulnerability management service and does not detect database login anomalies.
Therefore, GuardDuty RDS Protection plus EventBridge to SNS is the correct security-monitoring pattern.

NEW QUESTION # 101
A company is using Amazon Macie, AWS Firewall Manager, Amazon Inspector, and AWS Shield Advanced in its AWS account. The company wants to receive alerts if a DDoS attack occurs against the account.
Which solution will meet this requirement?

A. Use Amazon Macie to detect an active DDoS event and create Amazon CloudWatch alarms that respond to Macie findings.
B. Use Amazon Inspector to review resources and invoke Amazon CloudWatch alarms for any resources that are vulnerable to DDoS attacks.
C. Create an Amazon CloudWatch alarm that monitors AWS Shield Advanced metrics for an active DDoS event.
D. Create an Amazon CloudWatch alarm that monitors AWS Firewall Manager metrics for an active DDoS event.

Answer: C

Explanation:
AWS Shield Advanced is the AWS-native managed service specifically designed to provide detection, mitigation, and visibility for Distributed Denial of Service (DDoS) attacks at both the network and application layers. Shield Advanced integrates directly with Amazon CloudWatch by publishing DDoS-related metrics such as DDoSDetected, AttackVolume, and AttackVector, which can be monitored using CloudWatch alarms to trigger alerts in near real time.

NEW QUESTION # 102
A company has a web-based application that runs behind an Application Load Balancer (ALB).
The application is experiencing a credential stuffing attack that is producing many failed login attempts. The attack is coming from many IP addresses. The login attempts are using a user agent string of a known mobile device emulator. A security engineer needs to implement a solution to mitigate the credential stuffing attack. The solution must still allow legitimate logins to the application.
Which solution will meet these requirements?

A. Create an AWS WAF web ACL for the ALB. Create a custom rule that blocks requests that contain the user agent string of the device emulator.
B. Create an AWS WAF web ACL for the ALB. Create a custom rule that allows requests from legitimate user agent strings.
C. Create an Amazon CloudWatch alarm that reacts to login attempts that contain the specified user agent string. Add an Amazon Simple Notification Service (Amazon SNS) topic to the alarm.
D. Modify the inbound security group on the ALB to deny traffic from the IP addresses that are involved in the attack.

Answer: A

Explanation:
A credential stuffing attack at the ALB is aLayer 7problem and is best mitigated withAWS WAF.
The attacker is distributed across many IPs, so blocking by IP in a security group (Option B) is ineffective and operationally heavy. A CloudWatch alarm (Option A) only alerts; it does not block or mitigate requests.
Because the malicious traffic uses a distinctive, knownUser-Agentstring associated with a mobile device emulator, AWS WAF can quickly reduce the attack by inspecting the User-Agent header and blocking matching requests. This approach is targeted: it blocks the identified automated attack pattern while allowing legitimate users who do not present that emulator User-Agent to continue logging in. The WAF rule can be deployed immediately on the existing ALB-associated web ACL and can be further refined (for example, applied only to /login paths, combined with rate-based rules, or integrated with Bot Control) to minimize false positives.

NEW QUESTION # 103
A company runs ECS services behind an internet-facing ALB that is the origin for CloudFront. An AWS WAF web ACL is associated with CloudFront, but clients can bypass it by accessing the ALB directly. Which solution will prevent direct access to the ALB?

A. Replace the ALB with an internal ALB.
B. Require a custom header from CloudFront and validate it at the ALB.
C. Restrict ALB listener rules to CloudFront IP ranges.
D. Use AWS PrivateLink with the ALB.

Answer: B

Explanation:
AWS best practices recommend using a shared secret header between CloudFront and ALB origins to prevent direct access. CloudFront injects a custom header, and the ALB listener rules validate its presence.
IP-based controls are brittle due to CloudFront IP changes. PrivateLink and internal ALBs are not supported as CloudFront origins. Header validation is the most reliable and widely recommended pattern.

NEW QUESTION # 104
A security engineer for a company is investigating suspicious traffic on a web application in the AWS Cloud. The web application is protected by an Application Load Balancer (ALB) behind an Amazon CloudFront distribution. There is an AWS WAF web ACL associated with the ALB. The company stores AWS WAF logs in an Amazon S3 bucket.
The engineer notices that all incoming requests in the AWS WAF logs originate from a small number of IP addresses that correspond to CloudFront edge locations. The security engineer must identify the source IP addresses of the clients that are initiating the suspicious requests.
Which solution will meet this requirement?

A. Enable VPC Flow Logs in the VPC where the ALB is deployed. Examine the source field to capture the client IP addresses.
B. Modify the CloudFront distribution to disable ALB connection reuse. Examine the clientIp field in the AWS WAF logs to identify the original client IP addresses.
C. Inspect the X-Forwarded-For header in the AWS WAF logs to determine the original client IP addresses.
D. Configure CloudFront to add a custom header named Client-IP to origin requests that are sent to the ALB.

Answer: C

Explanation:
When Amazon CloudFront is used in front of an Application Load Balancer, CloudFront becomes the immediate source of incoming requests to the ALB. As a result, AWS WAF logs record the CloudFront edge location IP addresses as the client IPs, not the original viewer IP addresses.
This behavior is explicitly documented in the AWS Certified Security - Specialty Study Guide and the AWS WAF and CloudFront integration documentation.
To preserve the original client IP address, CloudFront automatically adds the X-Forwarded-For HTTP header, which contains the IP address of the originating client followed by any proxy addresses involved in forwarding the request. AWS WAF logs include this header, making it the authoritative source for identifying true client IP addresses when CloudFront is used.

NEW QUESTION # 105
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