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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	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	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.

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Amazon AWS Certified Security - Specialty Sample Questions (Q158-Q163):

NEW QUESTION # 158
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. Create an Amazon CloudWatch alarm that monitors AWS Shield Advanced metrics for an active DDoS event.
B. Create an Amazon CloudWatch alarm that monitors AWS Firewall Manager metrics for an active DDoS event.
C. Use Amazon Macie to detect an active DDoS event and create Amazon CloudWatch alarms that respond to Macie findings.
D. Use Amazon Inspector to review resources and invoke Amazon CloudWatch alarms for any resources that are vulnerable to DDoS attacks.

Answer: A

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 # 159
A security engineer must investigate an Amazon GuardDuty finding. The finding indicates potential cryptocurrency mining activity on an Amazon EC2 instance. The security engineer must validate the finding and assess the impact.
Which data sources should the security engineer analyze to meet these requirements?

A. Review the instance's process details that relate to the finding. Examine DNS queries to known mining domains. Analyze the instance's outbound network connections by using VPC Flow Logs.
B. Examine the instance's AWS Systems Manager session history. Verify Amazon Route 53 DNS records. Review GuardDuty severity levels.
C. Count the number of GuardDuty findings associated with the instance. Verify the instance's launch time. Check AWS Security Hub CSPM for any related alerts.
D. Check the instance's CPU utilization metrics in Amazon CloudWatch. Examine the finding's MITRE ATT&CK tactic classification. Review any associated IAM role permissions.

Answer: A

Explanation:
Cryptocurrency mining validation requires evidence of actual mining behavior, not only metadata about the finding. Process details show whether mining binaries or suspicious processes are running on the instance. DNS analysis can reveal lookups to known mining pools or suspicious domains. VPC Flow Logs help confirm outbound connections, destinations, ports, and traffic volume from the instance. GuardDuty uses foundational data sources such as DNS logs, VPC Flow Logs, and CloudTrail events to detect suspicious activity, so those same sources are appropriate for validating and scoping the finding. CPU metrics alone are useful context but not enough. Counting findings or checking severity does not prove impact. Session history and Route
53 records do not directly validate mining behavior.

NEW QUESTION # 160
A company is developing a new serverless application that uses AWS Lambda functions. The company uses AWS CloudFormation to deploy the Lambda functions.
The company's developers are trying to debug a Lambda function that is deployed. The developers cannot debug the Lambda function because the Lambda function is not logging its output to Amazon CloudWatch Logs.
Which combination of steps should a security engineer take to resolve this issue? (Choose two.)

A. Check the role that is defined in the CloudFormation template and is passed to the Lambda function. Ensure that the role has a trust policy that allows the sts:AssumeRole action by the service principal lambda amazonaws.com.
B. Check the execution role that is configured in the CloudFormation template for the Lambda function. Ensure that the execution role has the necessary permissions to write to CloudWatch Logs.
C. Check the resource policy that is configured in the CloudFormation template for the Lambda function. Ensure that the resource policy has the necessary permissions to write to CloudWatch Logs.
D. Check the role that the developers use to debug the Lambda function. Ensure that the role has a trust policy that allows the sts:AssumeRole action by the service principal lambda.amazonaws.com.
E. Check the Lambda function configuration in the CloudFormation template. Ensure that the Lambda function has an AWS X-Ray tracing configuration that is set to Active mode or PassThrough mode.

Answer: A,B

Explanation:
For a Lambda function to run, the execution role assigned to it must have a trust policy that allows AWS Lambda (lambda.amazonaws.com) to assume the role. This ensures that the Lambda service can use the permissions associated with that role. The execution role also needs explicit permissions to write logs to Amazon CloudWatch Logs. Without these permissions, the Lambda function cannot create or update log streams in CloudWatch, which is necessary for logging output.

NEW QUESTION # 161
A company's security engineer receives an alert that indicates that an unexpected principal is accessing a company-owned Amazon Simple Queue Service (Amazon SQS) queue. All the company's accounts are within an organization in AWS Organizations. The security engineer must implement a mitigation solution that minimizes compliance violations and investment in tools outside of AWS. What should the security engineer do to meet these requirements?

A. Create interface VPC endpoints for Amazon SQS. Restrict access using aws:SourceVpce and aws:PrincipalOrgId conditions.
B. Modify network ACLs in all VPCs to restrict inbound traffic.
C. Use a third-party cloud access security broker (CASB).
D. Create security groups and attach them to all SQS queues.

Answer: A

Explanation:
Amazon SQS is a regional service that supports AWS PrivateLink through interface VPC endpoints. According to AWS Certified Security - Specialty documentation, the most secure and compliant way to restrict access to AWS services is by using VPC endpoints combined with resource-based policies.
By creating interface VPC endpoints for Amazon SQS in all VPCs, traffic to SQS remains on the AWS network and does not traverse the public internet. Using the aws:SourceVpce condition in the SQS queue policy ensures that only requests originating from approved VPC endpoints can access the queue. Adding the aws:PrincipalOrgId condition further restricts access to principals that belong to the same AWS Organization.
Security groups and network ACLs do not apply to SQS because SQS is not deployed inside a VPC. Third-party CASB tools add cost and operational overhead.

NEW QUESTION # 162
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-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.
B. 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).
C. 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.
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: A

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 # 163
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