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Amazon SCS-C03 Exam Syllabus Topics:

SectionWeightObjectives
Identity and Access Management16%- AWS IAM fundamentals
  • 1. Least privilege access design
    • 2. Users, groups, roles, and policies
      - Federation and access control
      • 1. IAM Identity Center (SSO)
        • 2. Federated identity with SAML/OIDC
          Data Protection18%- Encryption and key management
          • 1. Encryption at rest and in transit
            • 2. AWS KMS key management
              - Data security services
              • 1. Amazon S3 security controls
                • 2. Secrets Manager and Parameter Store
                  Logging and Monitoring18%- Audit logging
                  • 1. AWS CloudTrail logging and analysis
                    • 2. AWS Config configuration tracking
                      - Monitoring and alerting
                      • 1. Amazon CloudWatch metrics and alarms
                        • 2. Centralized security monitoring strategies
                          Infrastructure Security20%- Compute security
                          • 1. EC2 instance hardening
                            • 2. Container security (ECS/EKS basics)
                              - Network security
                              • 1. Security groups and NACLs
                                • 2. VPC design and segmentation
                                  Threat Detection and Incident Response14%- Incident response procedures
                                  • 1. Identify and investigate security incidents in AWS environments
                                    • 2. Automate response using AWS services (Lambda, CloudWatch, EventBridge)
                                      - Detection mechanisms
                                      • 1. Amazon GuardDuty threat detection
                                        • 2. AWS Security Hub findings aggregation
                                          Management, Governance and Compliance14%- Governance frameworks
                                          • 1. AWS Organizations and SCPs
                                            • 2. Multi-account security strategy
                                              - Compliance and auditing
                                              • 1. Security best practices alignment (CIS, NIST)
                                                • 2. AWS Artifact compliance reports

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                                                  Amazon AWS Certified Security - Specialty Sample Questions (Q167-Q172):

                                                  NEW QUESTION # 167
                                                  A company runs critical workloads in an on-premises data center. The company wants to implement an AWS based disaster recovery (DR) solution that will achieve an RTO of less than 1 hour. The company needs to continuously replicate physical and virtual servers. The company must optimize costs for data storage and bandwidth usage. The DR solution must be automated.
                                                  Which solution will meet these requirements?

                                                  Answer: C

                                                  Explanation:
                                                  AWS Elastic Disaster Recovery (AWS DRS)is purpose-built for continuously replicatingphysical and virtual serversinto AWS with low RTO/RPO. It uses lightweight replication agents to stream block- level changes to a low-coststaging areain AWS, which helps optimize storage costs (only the staging resources run continuously) and reduces bandwidth usage through efficient replication mechanisms. In a disaster or test, AWS DRS can automatically launch recovery instances in AWS based on a defined blueprint (instance types, networking, security groups), enabling rapid failover workflows that commonly meetsub-hour RTOobjectives.


                                                  NEW QUESTION # 168
                                                  A company runs a public web application on an Amazon EKS cluster. The company uses an Amazon CloudFront distribution to deploy the application. An Application Load Balancer (ALB) is configured as an origin for the distribution.
                                                  A security engineer needs to implement a monitoring solution that sends notifications to an existing Amazon SNS topic. The solution must send a notification to the SNS topic when the application receives 10,000 requests from the same end-user IP address during any 5-minute period.
                                                  Which solution will meet these requirements?

                                                  Answer: C

                                                  Explanation:
                                                  AWS WAF rate-based rules are specifically designed to count requests by aggregation keys such as source IP address and apply an action when the count exceeds the configured limit during the evaluation window. A 5-minute window is the default and supported evaluation period. Because the application is delivered through CloudFront, the web ACL should be associated with the CloudFront distribution so requests are evaluated at the edge before reaching the ALB and EKS workload. CloudWatch metrics for the WAF rule can drive an alarm that notifies the SNS topic.
                                                  CloudFront logs or VPC Flow Logs would require delayed log processing and custom counting.
                                                  ASN matching does not count requests by individual end-user IP address.


                                                  NEW QUESTION # 169
                                                  A company manages multiple AWS accounts through an organization in AWS Organizations. The company enables all features in the organization.
                                                  A security team must implement a solution to centrally manage VPC security groups across the accounts. The company uses an existing reference security group with the required configuration. The solution must detect if security group rules have been modified to deviate from the reference security group. The solution must automatically restore any noncompliant security groups to match the reference security group.
                                                  The security team needs to select a solution that does not require custom development or scripting.
                                                  Which solution will meet these requirements?

                                                  Answer: C

                                                  Explanation:
                                                  Comprehensive and Detailed 100to 150 words of Explanation From AWS Certified Security - Specialty topics:
                                                  AWS Firewall Manager is the correct no-code centralized service for managing security groups across AWS Organizations. Firewall Manager security group policies can apply centrally controlled security group policies, audit rules, identify noncompliant security groups, and remediate deviations. AWS documentation states that Firewall Manager continuously maintains policies and applies them to accounts and resources as they are added or updated across the organization. It also supports common security group policies that replicate primary security groups and keep replicas synchronized with the primary. Systems Manager Automation or custom AWS Config remediation would require custom logic. CloudFormation StackSets can deploy initial security groups, but it does not continuously detect and automatically restore out-of-band rule changes in the required governance model.


                                                  NEW QUESTION # 170
                                                  A company uses Amazon Cognito user pools with the hosted UI to authenticate its customers.
                                                  The company's security team has detected a surge in bot activity and suspicious traffic that targets the Amazon Cognito endpoints. A security engineer must implement a security solution to block these malicious requests. The security measures must maintain uninterrupted access for legitimate users.
                                                  Which solution meets these requirements?

                                                  Answer: D

                                                  Explanation:
                                                  AWS WAF can be associated directly with an Amazon Cognito user pool. A web ACL gives fine- grained control over HTTPS requests that Cognito hosted UI, managed login, and API endpoints process. This is the correct way to block unwanted requests, bot traffic, suspicious user agents, IP patterns, and abusive request behavior while preserving access for legitimate users. Cognito threat protection is aimed at adaptive authentication and compromised- credential style risks, not broad request filtering for bot traffic at the endpoint layer. App client settings cannot block unauthenticated malicious requests before they reach Cognito endpoints. CloudWatch can monitor activity but does not itself enforce blocking. AWS WAF is the preventive control specifically designed for this edge-facing request-filtering requirement.


                                                  NEW QUESTION # 171
                                                  A company allows users to download its mobile app onto their phones. The app is MQTT based and connects to AWS IoT Core to subscribe to specific client-related topics. Recently, the company discovered that some malicious attackers have been trying to get a Trojan horse onto legitimate mobile phones. The Trojan horse poses as the authentic application and uses a client ID with injected special characters to gain access to topics outside the client ' s privilege scope.
                                                  Which combination of actions should the company take to prevent this threat? (Select TWO.)

                                                  Answer: D,E

                                                  Explanation:
                                                  The threat is client ID manipulation to break authorization boundaries. The strongest control is tobind the MQTT client identity to the authenticated device identity(the Thing) rather than trusting arbitrary client IDs provided by the client. Using theThing name as the client ID(Option A) removes ambiguity and makes the identifier predictable and tied to a registered identity.
                                                  On the authorization side, AWS IoT Core policies can use policy variables. Allowing iot:Connect only when the resource matches client/${iot:Connection.Thing.ThingName} (Option E) ensures the connection is permittedonlyif the client ID exactly equals the authenticated Thing name from the TLS certificate/Thing principal context. This prevents attackers from injecting special characters or choosing a different client ID to escalate access, because the policy evaluation ties the allowed client resource to the Thing identity, not the attacker-controlled string.
                                                  Option D is weaker because it effectively allows whatever client ID is presented (it matches the same value the client supplies), so it does not prevent crafted client IDs from being used. Option C is unrelated to the described MQTT connect authorization (and references an action not aligned with the scenario). Option B is an application-side check and can be bypassed by a malicious client; enforcement must be at AWS IoT Core policy level.


                                                  NEW QUESTION # 172
                                                  ......

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