Free PDF Quiz 2026 Amazon SCS-C03: AWS Certified Security - Specialty Newest Intereactive Testing Engine

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Amazon SCS-C03 Exam Overview:

Certification Vendor:	Amazon Web Services (AWS)
Exam Name:	AWS Certified Security - Specialty
Exam Number:	SCS-C03
Exam Duration:	170 minutes
Exam Format:	Multiple Choice, Multiple Response
Related Certifications:	AWS Certified Cloud Practitioner AWS Certified Solutions Architect - Associate
Certificate Validity Period:	3 years
Passing Score:	720/1000
Available Languages:	Korean, English, Japanese, Simplified Chinese, Spanish (Latin American)
Exam Price:	$300 USD
Real Exam Qty:	65
Sample Questions:	Amazon SCS-C03 Sample Questions
Exam Way:	Online proctored (PSI) or in-person testing center (Pearson VUE)
Pre Condition:	Recommended: AWS Certified Cloud Practitioner or Associate-level certification, minimum 2 years of hands-on AWS security experience
Official Syllabus URL:	https://docs.aws.amazon.com/certificates/security-specialty

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Amazon SCS-C03 Exam Syllabus Topics:

Topic	Details
Topic 1	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 2	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 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.
Topic 4	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.

Amazon AWS Certified Security - Specialty Sample Questions (Q173-Q178):

NEW QUESTION # 173
A company wants to implement a content delivery network (CDN) for an upcoming product launch. The origin for distribution is a web server outside the AWS Cloud. The origin requires an authorization header from each request.
Which solution will meet these requirements?

A. Create an Amazon CloudFront distribution. Configure CloudFront to use an origin access control (OAC). Specify the web server as the origin. Include the required authorization header in the OAC request. Configure the web server to respond to requests from authorized users by using a signed URL.
B. Use AWS Global Accelerator to create a custom routing accelerator. Configure the accelerator to use TCP. Specify the web server's IP address. Include the required authorization header in the request. Configure the web server to respond to requests from authorized users by using a signed cookie in the response header.
C. Create an Amazon CloudFront distribution. Configure CloudFront to forward a custom header to the origin. Specify trusted key groups for the distribution. Configure the web server to respond to requests from authorized users by using a signed URL.
D. Use AWS Global Accelerator to create an origin access control (OAC). Specify the web server as the origin. Include a custom header in the request. Configure the web server to respond to requests from authorized users by using a signed cookie in the response header.

Answer: C

Explanation:
CloudFront is the CDN service designed to cache and distribute content globally. For a custom origin outside AWS, CloudFront can add or forward custom headers to origin requests, allowing the origin web server to require an authorization header. Trusted key groups are the recommended CloudFront mechanism for validating signed URLs or signed cookies, because CloudFront uses the public keys in the key group to verify the viewer request signature. Origin access control is not the correct feature for an external custom web server origin. AWS Global Accelerator improves network routing for TCP/UDP endpoints but is not a CDN and does not provide CloudFront signed URL/key group behavior.

NEW QUESTION # 174
A company runs several applications on Amazon Elastic Kubernetes Service (Amazon EKS). The company needs a solution to detect any Kubernetes security risks by monitoring Amazon EKS audit logs in addition to operating system, networking, and file events. The solution must send email alerts for any identified risks to a mailing list that is associated with a security team.
Which solution will meet these requirements?

A. Enable Amazon Inspector container image scanning. Configure Amazon Detective to analyze EKS security logs. Create Amazon CloudWatch log groups for EKS audit logs. Use an AWS Lambda function to process the logs and to send email alerts to the security team.
B. Deploy AWS Security Hub and enable security standards that contain EKS controls. Create an Amazon Simple Notification Service (Amazon SNS) topic and set the security team ' s mailing list as a subscriber. Use an Amazon EventBridge rule to send relevant Security Hub events to the SNS topic.
C. Enable Amazon GuardDuty. Enable EKS Protection and Runtime Monitoring for Amazon EKS in GuardDuty. Create an Amazon Simple Notification Service (Amazon SNS) topic and set the security team ' s mailing list as a subscriber. Use an Amazon EventBridge rule to send relevant GuardDuty events to the SNS topic.
D. Install the AWS Systems Manager Agent (SSM Agent) on all EKS nodes. Configure Amazon CloudWatch Logs to collect EKS audit logs. Create an Amazon Simple Notification Service (Amazon SNS) topic and set the security team ' s mailing list as a subscriber. Configure a CloudWatch alarm to publish a message to the SNS topic when new audit logs are generated.

Answer: C

Explanation:
Option C best meets the requirements because Amazon GuardDuty provides Kubernetes-focused threat detection for Amazon EKS by analyzingEKS control plane audit logs(EKS Protection) and combining that signal withruntime telemetryfrom the worker nodes (Runtime Monitoring). EKS audit logs capture Kubernetes API activity and authorization decisions, allowing GuardDuty to detect suspicious cluster actions such as unusual API calls, unexpected access patterns, or indicators of compromise within the cluster.
Runtime Monitoring extends coverage tooperating system/process activity, network connections, and file activityon the nodes, which directly aligns with the need to monitor OS, networking, and file events in addition to audit logs.
For notifications, GuardDuty generatesfindingsthat can be delivered throughAmazon EventBridgerules.
EventBridge can route relevant GuardDuty findings to anAmazon SNS topic, and SNS can sendemail alertsto the security team by subscribing the team's mailing list to the topic. This approach is fully managed, near real time, and avoids building custom log-parsing pipelines while still providing actionable alerts based on GuardDuty's curated EKS threat detections.

NEW QUESTION # 175
A company is running an application on Amazon EC2 instances in an Auto Scaling group. The application stores logs locally. A security engineer noticed that logs were lost after a scale-in event. The security engineer needs to recommend a solution to ensure the durability and availability of log data. All logs must be kept for a minimum of 1 year for auditing purposes.
What should the security engineer recommend?

A. Add an Amazon CloudWatch agent into the AMI used in the Auto Scaling group. Configure the CloudWatch agent to send the logs to Amazon CloudWatch Logs for review.
B. Within the Auto Scaling lifecycle, add a lifecycle hook at the terminating state transition and alert the engineering team by using a lifecycle notification to Amazon Simple Notification Service (Amazon SNS). Configure the hook to remain in the Terminating:Wait state for 1 hour to allow manual review of the security logs prior to instance termination.
C. Create an Amazon Elastic File System (Amazon EFS) file system and add a command in the user data section of the Auto Scaling launch template to mount the EFS file system during EC2 instance creation. Configure a process on the instance to copy the logs once a day from an instance Amazon Elastic Block Store (Amazon EBS) volume to a directory in the EFS file system.
D. Within the Auto Scaling lifecycle, add a hook to create and attach an Amazon Elastic Block Store (Amazon EBS) log volume each time an EC2 instance is created. When the instance is terminated, the EBS volume can be reattached to another instance for log review.

Answer: A

Explanation:
In an Auto Scaling group, instances are ephemeral--local disks and instance-level log files can disappear during scale-in or replacement. The most durable, operationally simple pattern is tostream logs off-host continuouslyto a managed log service. Installing and configuring theCloudWatch agent(or unified agent) to ship application logs toAmazon CloudWatch Logsensures logs are centralized and remain available regardless of instance lifecycle events.
This directly solves the "logs lost after scale-in" problem and provides high availability for audit and investigation.
CloudWatch Logs also supports retention controls. The security engineer can set the log group retention toat least 1 year(or longer), meeting the audit requirement without building custom storage workflows. Access can be controlled with IAM to restrict who can view or export logs, and CloudWatch logs can be further integrated with Athena/OpenSearch/SIEM tools if needed.

NEW QUESTION # 176
A company uses an organization in AWS Organizations to manage multiple AWS accounts. The company uses AWS IAM Identity Center to manage access to the accounts. The company uses AWS Directory Service as an identity source. Employees access the AWS console and specific AWS accounts and permissions through the AWS access portal.
A security engineer creates a new permissions set in IAM Identity Center and assigns the permissions set to one of the member accounts in the organization. The security engineer assigns the permissions set to a user group for developers namedDevOpsin the member account. The security engineer expects all the developers to see the new permissions set listed for the member account in the AWS access portal. All the developers except for one can see the permissions set. The security engineer must ensure that the remaining developer can see the permissions set in the AWS access portal.
Which solution will meet this requirement?

A. Add the service-linked role for organization to the member account.
B. Remove and then re-add the permissions set in the member account.
C. Add the remaining developer to the DevOps group in Directory Service.
D. Update the permissions set to allow console access for the remaining developer.

Answer: C

Explanation:
In IAM Identity Center, users see accounts and permission sets in the AWS access portal based onassignments. Here, the new permission set was assigned to theDevOps groupfor a specific member account. Sinceall developers except onecan see the permission set, the permission set itself and the account assignment are working correctly. The most likely cause is that the remaining developer isnot actually a memberof the DevOps group in the identity source (AWS Directory Service / Active Directory), or their group membership is not reflected due to missing/incorrect directory group assignment.
The least disruptive fix is to ensure the developer's identity is correctly included in theDevOpsgroup within the directory. Once the user is a member of the assigned group (and after normal identity sync/refresh behavior), IAM Identity Center will evaluate the user as entitled to that permission set, and it will appear in the access portal.

NEW QUESTION # 177
A company has an encrypted Amazon Aurora DB cluster in the us-east-1 Region. The DB cluster is encrypted with an AWS Key Management Service (AWS KMS) customer managed key. To meet compliance requirements, the company needs to copy a DB snapshot to the us-west-1 Region. However, when the company tries to copy the snapshot to us-west-1, the company cannot access the key that was used to encrypt the original database.
What should the company do to set up the snapshot in us-west-1 with proper encryption?

A. Create an IAM policy that allows access to the customer managed key in us-east-1. Specify arn:aws:
kms:us-west-1:* as the principal.
B. Create an IAM policy that allows access to the customer managed key in us-east-1. Specify arn:aws:rds:
us-west-1:* as the principal.
C. Create a new customer managed key in us-west-1. Use this new key to encrypt the snapshot in us-west-
1.
D. Use AWS Secrets Manager to store the customer managed key in us-west-1 as a secret. Use this secret to encrypt the snapshot in us-west-1.

Answer: C

Explanation:
AWS Key Management Service (KMS) customer managed keys areregional resources. According to the AWS Certified Security - Specialty Official Study Guide and KMS documentation, a KMS key created in one AWS Regioncannot be used directly in another Region. When copying an encrypted Amazon Aurora DB snapshot across Regions, the destination Region must have access to a KMS keythat exists in that Region.
Because the original KMS key resides in us-east-1, it cannot be accessed or referenced in us-west-1. The correct and supported approach is tocreate a new customer managed KMS key in us-west-1and specify that key when performing the cross-Region snapshot copy. Amazon RDS automatically decrypts the snapshot using the source Region key and re-encrypts it using the destination Region key during the copy process.
Option A is invalid because KMS keys cannot be stored or transferred through AWS Secrets Manager.
Options C and D are incorrect because IAM policies cannot grant cross-Region usage of a KMS key; KMS enforces strict regional boundaries regardless of IAM permissions.
AWS documentation clearly states thatcross-Region encrypted snapshot copies require a KMS key in the destination Region, making this approach mandatory for compliance and encryption continuity.
* AWS Certified Security - Specialty Official Study Guide
* AWS Key Management Service Developer Guide
* Amazon Aurora Security Documentation

NEW QUESTION # 178
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