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Amazon SCS-C03 Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: Detection16%- Automate detection and response workflows
  • 1. Implement event-driven security automation
  • 2. Integrate security tools and services
- Design and implement threat detection mechanisms
  • 1. Detect anomalies and potential security incidents
  • 2. Configure and manage log collection and analysis
  • 3. Use AWS security services for monitoring and alerting
Topic 2: Infrastructure Security18%- Secure compute and storage resources
  • 1. Encrypt data at rest and in transit
  • 2. Manage access to storage services
  • 3. Harden operating systems and applications
- Design and implement secure network architecture
  • 1. Implement network access control and segmentation
  • 2. Secure VPC design and configuration
  • 3. Protect network traffic and communications
- Protect workloads and applications
  • 1. Secure containerized and serverless environments
  • 2. Implement security groups and firewalls
Topic 3: Incident Response14%- Develop incident response plans and procedures
  • 1. Establish communication and escalation processes
  • 2. Define roles and responsibilities
- Investigate and remediate security incidents
  • 1. Conduct forensic analysis on AWS resources
  • 2. Contain, eradicate, and recover from incidents
- Implement post-incident activities
  • 1. Update security controls and processes
  • 2. Document lessons learned
Topic 4: Data Protection18%- Implement encryption and key management
  • 1. Encrypt data across all storage and processing layers
  • 2. Manage encryption keys using AWS KMS and CloudHSM
- Design and implement data protection strategies
  • 1. Define data retention and disposal policies
  • 2. Classify and categorize data
- Secure data access and sharing
  • 1. Implement secure data transfer and sharing mechanisms
  • 2. Control access to sensitive data
Topic 5: Security Foundations and Governance14%- Secure development and operations
  • 1. Implement security as code
  • 2. Integrate security into CI/CD pipelines
- Establish security frameworks and compliance
  • 1. Align with industry standards and regulations
  • 2. Implement security policies and standards
- Manage security risk and compliance
  • 1. Perform risk assessments and audits
  • 2. Implement compliance controls and reporting
Topic 6: Identity and Access Management20%- Design and implement secure access strategies
  • 1. Use IAM policies, roles, and permissions boundaries
  • 2. Implement least privilege access models
  • 3. Manage identities and permissions at scale
- Secure authentication and authorization
  • 1. Integrate with external identity providers
  • 2. Implement multi-factor authentication
  • 3. Manage federated access
- Monitor and audit access activity
  • 1. Review access logs and reports
  • 2. Detect and remediate excessive permissions

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Amazon AWS Certified Security - Specialty Sample Questions (Q224-Q229):

NEW QUESTION # 224
A security engineer needs to protect a public web application that runs in a VPC. The VPC hosts the origin for an Amazon CloudFront distribution. The application has experienced multiple layer 7 DDoS attacks. An AWS WAF web ACL is associated with the CloudFront distribution. The web ACL contains one AWS managed rule to protect against known IP addresses that have bad reputations.
The security engineer must configure an automated solution that detects and mitigates layer 7 DDoS attacks in real time with no manual effort.
Which solution will meet these requirements?

Answer: C

Explanation:
Option D is the correct solution because it provides fully automated, real-time detection and mitigation of application-layer (Layer 7) DDoS attacks with no manual intervention. AWS Shield Advanced includes automatic application layer DDoS mitigation when it is enabled for supported resources such as Amazon CloudFront distributions. This feature continuously monitors traffic patterns and, when an attack is detected, automatically deploys AWS WAF rules to mitigate malicious requests.
Adding a rate-based rule to the AWS WAF web ACL further strengthens protection by automatically blocking IP addresses that exceed a defined request threshold, which is a common characteristic of Layer 7 DDoS attacks. This combination aligns directly with AWS best practices for protecting web applications against volumetric and application-layer threats.
Option A only provides alerting and visibility but does not ensure automated mitigation. Option B includes proactive engagement with the AWS DDoS Response Team, which is valuable for complex or large-scale attacks but still involves human interaction and therefore does not meet the "no manual effort" requirement.
Option C introduces unnecessary complexity and is not recommended for protecting CloudFront-based applications against Layer 7 DDoS attacks.
AWS Security Specialty documentation explicitly recommends AWS Shield Advanced with automatic application layer DDoS mitigation and AWS WAF rate-based rules for fully automated, real-time protection of public web applications.


NEW QUESTION # 225
A company wants to store all objects that contain sensitive data in an Amazon S3 bucket. The company will use server-side encryption to encrypt the S3 bucket. The company ' s operations team manages access to the company's S3 buckets. The company ' s security team manages access to encryption keys. The company wants to separate the duties of the two teams to ensure that configuration errors by only one of these teams will not compromise the data by granting unauthorized access to plaintext data.
Which solution will meet this requirement?

Answer: B

Explanation:
To achieve true separation of duties, the company needs a design whereS3 access alone is not sufficientto read plaintext data.SSE-KMS with a customer managed KMS keyprovides that separation because successful object reads require both: (1) S3 permissions to read the object and (2) permission to use the KMS key to decrypt it. This enables the operations team to manage bucket and object permissions while the security team independently controls key usage through theKMS key policy(and grants). If either team misconfigures only their part, the data is still protected: an overly permissive bucket policy won't expose plaintext unless KMS decrypt is also allowed; similarly, KMS permissions alone are not sufficient without S3 read access.
Option B also adds a bucket policy requirement enforcingSSE-KMSso objects are consistently protected with the customer managed key. SSE-S3 options (A and C) do not provide the same separation because S3 manages the keys and decryption is not independently controlled by a separate team via KMS policies. Option D is invalid because SSE-C uses customer-provided keys that are supplied with each request and are not stored
/managed in KMS as described. Therefore, SSE-KMS with customer managed keys plus restrictive key policy is the correct solution.


NEW QUESTION # 226
A company needs to identify the root cause of security findings and investigate IAM roles involved in those findings. The company has enabled VPC Flow Logs, Amazon GuardDuty, and AWS CloudTrail.
Which solution will meet these requirements?

Answer: D

Explanation:
Amazon Detective is specifically designed to help security teams investigate and visualize the root cause of security findings. According to AWS Certified Security - Specialty documentation, Detective automatically aggregates and correlates data from GuardDuty, CloudTrail, and VPC Flow Logs to provide interactive visualizations and timelines.
Detective enables investigators to pivot from GuardDuty findings to IAM roles, API calls, network traffic, and resource behavior. This makes it the most efficient tool for understanding how IAM roles were used during suspicious activity.
Amazon Inspector focuses on vulnerability assessment, not behavioral investigation. Security Hub aggregates findings but does not provide deep investigation graphs. Manual analysis with Athena requires significantly more effort.
AWS guidance explicitly recommends Amazon Detective for root cause analysis and visualization of security incidents.
Referenced AWS Specialty Documents:
AWS Certified Security - Specialty Official Study Guide
Amazon Detective Investigation Capabilities
AWS Threat Detection and Analysis


NEW QUESTION # 227
A company has two AWS accounts: Account A and Account B. Each account has a VPC. An application that runs in the VPC in Account A needs to write to an Amazon S3 bucket in Account B. The application in Account A already has permission to write to the S3 bucket in Account B.
The application and the S3 bucket are in the same AWS Region. The company cannot send network traffic over the public internet.
Which solution will meet these requirements?

Answer: C

Explanation:
To keep S3 accessoff the public internet, the standard AWS approach is to use anAmazon S3 gateway VPC endpoint(AWS PrivateLink for S3 is not used; S3 uses gateway endpoints). A gateway endpoint adds routes in the VPC route tables so traffic destined for S3 stays on the AWS backbone network rather than traversing an internet gateway, NAT gateway, or public IP paths.
This satisfies the "cannot send traffic over the public internet" requirement while allowing the application in Account A to reach S3 in the same Region.
Cross-account bucket access is controlled byIAM and the S3 bucket policy, not by networking between the two accounts' VPCs. The bucket resides in S3 (a regional service), not inside Account B's VPC, so connecting VPC-to-VPC (peering, transit gateway, VPN) does not inherently provide private access to S3. Those options would add complexity and still typically require internet/NAT unless S3 endpoints are used.
With the gateway endpoint in Account A, the application can privately reach S3, and because permissions are already granted to write to the bucket in Account B, the write operations will succeed without public internet routing.


NEW QUESTION # 228
A company's security engineer receives an abuse notification from AWS. The notification indicates that someone is hosting malware from the company's AWS account. After investigation, the security engineer finds a new Amazon S3 bucket that an IAM user created without authorization. Which combination of steps should the security engineer take to MINIMIZE the consequences of this compromise? (Select THREE.)

Answer: C,D,F

Explanation:
AWS incident response best practices emphasize rapid containment, credential revocation, and threat detection to minimize the blast radius of a compromise. According to the AWS Certified Security - Specialty Official Study Guide, when unauthorized resources such as an Amazon S3 bucket hosting malware are discovered, immediate action must be taken to stop further misuse of the account and to prevent recurrence.
Rotating or deleting all AWS access keys (Option D) is a critical containment step. If an IAM user has been compromised, any long-term credentials associated with that user must be revoked immediately to prevent continued unauthorized access. AWS guidance explicitly lists access key rotation or deletion as a first-response action for suspected credential compromise.
Deleting unrecognized or unauthorized resources (Option F) directly removes the malicious infrastructure that is being abused. In this case, deleting the unauthorized S3 bucket immediately stops malware distribution and reduces reputational and compliance impact.
Turning on Amazon GuardDuty (Option B) enables continuous threat detection by analyzing CloudTrail events, VPC Flow Logs, and DNS logs. GuardDuty can identify additional malicious activity, compromised credentials, or persistence mechanisms that the attacker may have established. AWS documentation recommends enabling GuardDuty during or immediately after an incident to detect ongoing or future threats.


NEW QUESTION # 229
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