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Amazon SCS-C03 Exam Syllabus Topics:

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

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Amazon AWS Certified Security - Specialty Sample Questions (Q197-Q202):

NEW QUESTION # 197
A company is operating an open-source software platform that is internet facing. The legacy software platform no longer receives security updates. The software platform operates using Amazon Route 53 weighted load balancing to send traffic to two Amazon EC2 instances that connect to an Amazon RDS cluster. A recent report suggests this software platform is vulnerable to SQL injection attacks, with samples of attacks provided. The company ' s security engineer must secure this system against SQL injection attacks within 24 hours. The security engineer's solution must involve the least amount of effort and maintain normal operations during implementation.
What should the security engineer do to meet these requirements?

Answer: B

Explanation:
The fastest, least-effort way to mitigate SQL injection at the edge-without modifying legacy application code-is to place the application behind a component that supportsAWS WAFand applymanaged SQL injection protections. AnApplication Load Balancerintegrates directly with AWS WAF, allowing the security engineer to deploy a web ACL (including AWS Managed Rules for SQL injection and custom patterns based on the provided samples) and immediately start blocking malicious payloads before they reach the EC2 instances and the database.
Option A also preserves normal operations during rollout: you can create the ALB, register the existing EC2 instances as targets, validate health checks and traffic behavior, apply WAF protections, and then shift Route
53 weighted records to the ALB with minimal downtime. Finally, tightening the EC2 security groups to prevent direct internet access ensures all inbound web traffic is forced through the ALB + WAF inspection point, reducing exposure quickly.
Option B is risky because it uses only one EC2 origin (reducing availability) and adds CloudFront origin configuration complexity under a 24-hour deadline. Option C requires code changes on unsupported software and is unlikely to be safely delivered in time. Option D is invalid because AWS WAF cannot be attached directly to EC2 instances, and changing DB-port exposure doesn't address SQL injection on the web layer.


NEW QUESTION # 198
A company operates an Amazon EC2 instance that is registered as a target of a Network Load Balancer (NLB). The NLB is associated with a security group. The security group allows inbound TCP traffic on port 22 from 10.0.0.0/23.
The company maps the NLB to two subnets that share the same network ACL and route table.
The route table has a route for 0.0.0.0/0 to an internet gateway. The network ACL has one inbound rule that has a priority of 20 and that allows TCP traffic on port 22 from 10.0.0.0/16.
A security engineer receives an alert that there is an unauthorized SSH session on the EC2 instance. The unauthorized session originates from 10.0.1.5. The company's incident response procedure requires unauthorized SSH sessions to be immediately interrupted. The instance must remain running, and its memory must remain intact.
Which solution will meet these requirements?

Answer: B

Explanation:
Network ACLs are stateless and are evaluated in order based on rule number, with lower rule numbers taking precedence. According to AWS Certified Security - Specialty incident response guidance, network ACLs can be used to immediately block traffic at the subnet level without restarting instances or modifying their runtime state.
By adding a deny rule with a lower priority number (10) that explicitly denies TCP traffic on port
22 from the offending IP address (10.0.1.5), the unauthorized SSH session is immediately interrupted. This approach satisfies the requirement to keep the instance running and to preserve memory for forensic analysis.


NEW QUESTION # 199
A company is planning to migrate its applications to AWS in a single AWS Region. The company's applications will use a combination of Amazon EC2 instances, Elastic Load Balancing (ELB) load balancers, and Amazon S3 buckets. The company wants to complete the migration as quickly as possible. All the applications must meet the following requirements:
* Data must be encrypted at rest.
* Data must be encrypted in transit.
* Endpoints must be monitored for anomalous network traffic.
Which combination of steps should a security engineer take to meet these requirements with the LEAST effort? (Select THREE.)

Answer: A,B,F

Explanation:
Amazon GuardDuty provides continuous monitoring for anomalous and malicious network activity by analyzing VPC Flow Logs, DNS logs, and CloudTrail events. Enabling GuardDuty across accounts requires minimal configuration and immediately satisfies the requirement to monitor endpoints for anomalous network traffic, as described in the AWS Certified Security - Specialty Study Guide.
Encrypting data in transit for applications behind Elastic Load Balancing is most efficiently achieved by using AWS Certificate Manager (ACM). ACM provisions and manages TLS certificates automatically, and integrating ACM with ELB enables encrypted communication without manual certificate management.
For encryption at rest in Amazon S3, AWS best practices recommend enforcing server-side encryption using AWS KMS. An S3 bucket policy that denies PutObject requests unless the x-amz-server-side-encryption condition is present ensures that all uploaded objects are encrypted at rest using KMS-managed keys. This provides strong encryption guarantees with minimal operational effort.
Option A is unnecessary because Amazon Inspector focuses on vulnerability assessment, not encryption or network anomaly detection. Option C adds network complexity and is not required to meet the stated requirements. Option E is incorrect because x-amz-meta-side-encryption is not a valid enforcement mechanism.
Referenced AWS Specialty Documents:
AWS Certified Security - Specialty Official Study Guide
Amazon GuardDuty Threat Detection
AWS Certificate Manager and ELB Integration
Amazon S3 Encryption Best Practices


NEW QUESTION # 200
A company is building a secure solution that relies on an AWS Key Management Service (AWS KMS) customer managed key. The company wants to allow AWS Lambda to use the KMS key. However, the company wants to prevent Amazon EC2 from using the key.
Which solution will meet these requirements?

Answer: A

Explanation:
AWS KMS access control is primarily enforced through key policies (and optionally grants), and AWS recommends using key policy condition keys to restrict how keys can be used. The kms:ViaService condition key is specifically designed to restrict KMS API usage to requests that come through a particular AWS service endpoint in a specific Region. This is the most robust way to ensure a key can be used only via AWS Lambda (for example, lambda.<region>.amazonaws.com) and not via Amazon EC2 (ec2.<region>.
amazonaws.com), even if IAM permissions exist elsewhere. By writing a key policy that uses the Lambda execution role as the principal and conditions on kms:ViaService, the company can tightly bind key usage to Lambda-originated cryptographic operations while preventing use through EC2 service paths. Option A is weaker because EC2 is not the only way an IAM principal might use KMS, and relying on attaching explicit deny policies broadly is harder to manage and can miss principals. Option C is incorrect because aws:
AuthorizedService is not the typical mechanism for KMS service restriction, and SourceIp is unreliable for service-to-service calls. Option D is not ideal because SCPs do not provide fine-grained service-path restrictions for KMS usage and cannot "allow" beyond IAM; key policy controls still apply.
Referenced AWS Specialty Documents:
AWS Certified Security - Specialty Official Study Guide
AWS KMS Key Policies and Condition Keys
AWS KMS Best Practices for Service-Scoped Key Usage


NEW QUESTION # 201
A company has a platform that is divided into 12 AWS accounts under the same organization in AWS Organizations. Many of these accounts use Amazon API Gateway to expose APIs to the company's frontend applications. The company needs to protect the existing APIs and any resources that will be deployed in the future against common SQL injection and bot attacks.
Which solution will meet these requirements with the LEAST operational overhead?

Answer: B

Explanation:
The company needs centralized, scalable protection acrossmany accountsfor bothexisting and futureAPI Gateway resources, with minimal ongoing effort.AWS Firewall Manageris specifically designed for this: it can centrally deploy and enforceAWS WAFprotections across AWS Organizations. By creating a Firewall ManagerWAF policy, the security team defines a single set of controls (for example, AWS Managed Rules for SQL injection protection andAWS Bot Control) and applies them automatically to in-scope resources across member accounts.
Critically, Firewall Manager can be configured toauto-remediate noncompliant resources, ensuring that if new API Gateway stages are created later, they are automatically brought under the policy without manual per-account work. This directly meets the "existing and future resources" requirement.


NEW QUESTION # 202
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