AWS Security Specialty (SCS-C02) Study Plan¶

12-Week Comprehensive Study Schedule¶

Prerequisites Check¶

• AWS Associate-level certification (Solutions Architect or Developer recommended)
• 2+ years hands-on experience with AWS workloads
• Understanding of networking and security fundamentals
• Familiarity with compliance frameworks (helpful but not required)

Week 1-2: Threat Detection and Incident Response¶

Week 1: GuardDuty and Threat Detection¶

• GuardDuty setup and configuration
• Understanding finding types and severity levels
• Multi-account GuardDuty architecture
• Integration with Security Hub and EventBridge
• Hands-on: Set up GuardDuty across multiple accounts
• Lab: Create automated response to GuardDuty findings
• Review Notes: 01-threat-detection-incident-response.md

Week 2: Incident Response Automation¶

• Incident response plan design and documentation
• AWS Systems Manager for incident management
• Lambda-based automated remediation
• Forensics data collection and preservation
• Hands-on: Build incident response playbooks
• Lab: Automated EC2 isolation on security findings
• Practice: Simulate security incident and response

Week 3-4: Security Logging and Monitoring¶

Week 3: CloudTrail and Logging Architecture¶

• CloudTrail advanced configuration and organization trails
• Log file integrity validation and encryption
• VPC Flow Logs analysis and monitoring
• S3 and ELB access logs
• Hands-on: Centralized logging architecture
• Lab: CloudTrail Insights for anomaly detection
• Review Notes: 02-security-logging-monitoring.md

Week 4: Security Hub and Compliance Monitoring¶

• Security Hub standards and controls
• AWS Config rules and compliance monitoring
• Custom Config rules with Lambda
• Conformance packs for compliance frameworks
• Hands-on: Implement CIS benchmark compliance
• Lab: Custom security standards and automated remediation
• Practice: Security Hub multi-account aggregation

Week 5-6: Infrastructure Security¶

Week 5: Network Security Architecture¶

• VPC security design and segmentation
• Security Groups and NACLs best practices
• VPC Endpoints and PrivateLink
• Transit Gateway security and routing
• Hands-on: Multi-tier VPC architecture with microsegmentation
• Lab: Implement zero-trust network patterns
• Review Notes: 03-infrastructure-security.md

Week 6: Edge Security and DDoS Protection¶

• AWS WAF rule creation and managed rule groups
• Shield Standard and Shield Advanced
• CloudFront security and field-level encryption
• AWS Network Firewall configuration
• Hands-on: WAF with rate limiting and bot control
• Lab: DDoS mitigation architecture
• Practice: Shield Advanced response team engagement

Week 7-8: Identity and Access Management¶

Week 7: Advanced IAM Patterns¶

• IAM policy evaluation logic and debugging
• Permission boundaries and service control policies
• Cross-account access patterns and trust relationships
• IAM Access Analyzer and policy generation
• Hands-on: Complex multi-account IAM architecture
• Lab: Implement least privilege with permission boundaries
• Review Notes: 04-identity-access-management.md

Week 8: Identity Federation and SSO¶

• AWS SSO (Identity Center) implementation
• SAML and OIDC federation patterns
• Cognito advanced security features
• Temporary credential management with STS
• Hands-on: Enterprise SSO with Active Directory
• Lab: Fine-grained access control with ABAC
• Practice: Identity provider integration

Week 9-10: Data Protection and Cryptography¶

Week 9: Encryption and Key Management¶

• KMS advanced features and multi-region keys
• CloudHSM cluster setup and management
• Envelope encryption patterns
• Certificate Manager and private CA
• Hands-on: Implement encryption at rest for all data stores
• Lab: Cross-account encrypted data sharing
• Review Notes: 05-data-protection-cryptography.md

Week 10: Secrets and Data Loss Prevention¶

• Secrets Manager with automatic rotation
• Parameter Store advanced features
• Macie for data discovery and classification
• S3 Object Lock and Vault Lock
• Hands-on: Secrets rotation automation
• Lab: Data classification and protection pipeline
• Practice: PCI DSS encryption requirements

Week 11: Management and Security Governance¶

Week 11: Multi-Account Security Governance¶

• AWS Organizations and organizational units
• Service Control Policies design and implementation
• AWS Control Tower landing zone
• Resource Access Manager for sharing
• Hands-on: Multi-account governance architecture
• Lab: Preventive and detective controls with SCPs
• Review Notes: 06-management-security-governance.md

Week 12: Final Review and Practice Exams¶

Week 12: Comprehensive Review¶

• Review all domain notes and weak areas
• Complete full-length practice exam (3 hours)
• Analyze practice exam results by domain
• Review AWS security whitepapers
• Practice hands-on scenarios
• Final practice exam (aim for 85%+)
• Review exam-taking strategies
• Schedule certification exam

Daily Study Routine (3-4 hours/day)¶

Recommended Schedule¶

1. 60 minutes: Read AWS documentation and whitepapers
2. 90 minutes: Hands-on labs and security implementations
3. 45 minutes: Practice questions and scenario analysis
4. 15 minutes: Note-taking and concept review

Hands-on Lab Projects¶

Essential Security Labs¶

Lab 1: Multi-Account Security Architecture (Week 1-2)¶

• AWS Organizations setup with security OU structure
• GuardDuty master/member account configuration
• Security Hub aggregation across accounts
• Automated incident response with EventBridge and Lambda
• Forensics data collection pipeline

Lab 2: Centralized Logging and Monitoring (Week 3-4)¶

• Organization-wide CloudTrail configuration
• Centralized log aggregation to security account
• VPC Flow Logs to CloudWatch Logs Insights
• Real-time security alerting with CloudWatch alarms
• Compliance dashboard with Security Hub

Lab 3: Zero-Trust Network Architecture (Week 5-6)¶

• Multi-tier VPC with strict network segmentation
• VPC Endpoints for AWS services (no internet access)
• AWS Network Firewall with IDS/IPS rules
• WAF with custom rules and managed rule groups
• CloudFront with Lambda@Edge security headers

Lab 4: Enterprise Identity Management (Week 7-8)¶

• AWS SSO with external identity provider
• Cross-account role assumption with MFA
• Attribute-based access control implementation
• Temporary credential vending machine
• IAM Access Analyzer continuous monitoring

Lab 5: Encryption and Key Management (Week 9-10)¶

• KMS customer managed keys with rotation
• CloudHSM cluster for regulatory compliance
• Envelope encryption for application data
• Secrets Manager with Lambda rotation functions
• Macie data discovery and classification

Lab 6: Security Automation and Governance (Week 11)¶

• AWS Config rules for CIS benchmark compliance
• Automated remediation with Systems Manager
• Service Control Policies for preventive controls
• Control Tower guardrails implementation
• Compliance reporting and dashboards

Practice Exam Strategy¶

Target Scores by Week¶

• Week 4: 60%+ on practice exams
• Week 6: 70%+ on practice exams
• Week 9: 80%+ on practice exams
• Week 12: 85%+ consistently on all practice exams

Exam Day Preparation¶

• Review exam format: 65 questions, 170 minutes, passing score 750/1000
• Prepare valid ID matching exam registration name exactly
• Test online proctoring setup 24 hours before exam
• Review key concepts: IAM policy evaluation, encryption patterns, incident response
• Get good rest the night before

Comprehensive Study Resources¶

👉 Complete AWS Study Resources Guide

For detailed information on courses, practice tests, hands-on labs, and more: - AWS Skill Builder Security specialty prep (FREE) - Top security courses and instructors - Practice test platforms (Tutorials Dojo highly recommended) - AWS Free Tier for hands-on security testing - Security community forums and study groups

Quick Links (SCS-C02 Specific)¶

• SCS-C02 Official Exam Page - Registration and exam details
• AWS Security Skill Builder - FREE official security courses
• AWS Security Documentation - Service security guides
• AWS Security Blog - Latest security features and best practices

Essential AWS Whitepapers¶

Must-Read Security Whitepapers¶

• AWS Security Best Practices - Foundational security guidance
• AWS Well-Architected Framework - Security Pillar - Design principles
• AWS Security Incident Response - Incident handling guide
• AWS KMS Best Practices - Key management guidance
• AWS Multi-Account Security Strategy - Enterprise architecture
• AWS Audit Manager User Guide - Compliance automation
• NIST Cybersecurity Framework - Framework alignment
• PCI DSS on AWS - Payment card compliance

Key Exam Topics Summary¶

Threat Detection (14%)¶

• GuardDuty multi-account configuration
• Incident response automation
• Forensics and evidence collection
• Security operations center implementation

Logging and Monitoring (18%)¶

• CloudTrail organization trails
• VPC Flow Logs analysis
• Security Hub centralized management
• AWS Config compliance monitoring

Infrastructure Security (20%)¶

• VPC security architecture and segmentation
• WAF and Shield DDoS protection
• Network Firewall stateful inspection
• Host-based security and hardening

Identity and Access (16%)¶

• Advanced IAM policy design
• AWS SSO and federation
• Permission boundaries and SCPs
• Cross-account access patterns

Data Protection (18%)¶

• KMS and CloudHSM key management
• Encryption strategies (rest and transit)
• Secrets Manager rotation
• Data loss prevention with Macie

Security Governance (14%)¶

• Multi-account AWS Organizations
• Service Control Policies enforcement
• Control Tower landing zones
• Compliance automation and reporting

Security Tools Proficiency Checklist¶

Core Security Services¶

• Amazon GuardDuty configuration and tuning
• AWS Security Hub standards and integrations
• AWS Config rules and conformance packs
• Amazon Inspector vulnerability scanning
• AWS Systems Manager security automation
• Amazon Detective investigation analysis

Identity and Access¶

• AWS IAM policy simulator and Access Analyzer
• AWS SSO (Identity Center) implementation
• Amazon Cognito advanced security
• AWS STS temporary credentials
• AWS Directory Service integration

Data Protection¶

• AWS KMS key policies and grants
• AWS CloudHSM cluster management
• AWS Certificate Manager private CA
• AWS Secrets Manager rotation
• Amazon Macie data classification

Network Security¶

• AWS WAF rule creation and testing
• AWS Shield Advanced engagement
• AWS Network Firewall configuration
• VPC security architecture design
• AWS PrivateLink implementation

Logging and Monitoring¶

• AWS CloudTrail Insights
• Amazon CloudWatch security metrics
• VPC Flow Logs analysis
• AWS CloudWatch Logs Insights queries
• EventBridge security automation

Final Exam Checklist¶

Technical Preparation¶

• Hands-on experience with all core security services
• Understanding of IAM policy evaluation logic
• Deep knowledge of encryption and key management
• Experience with multi-account security architecture
• Proficiency in incident response automation

Scenario-Based Practice¶

• Design secure multi-tier architectures
• Troubleshoot IAM permission issues
• Implement DDoS mitigation strategies
• Design compliance monitoring solutions
• Create incident response playbooks

Exam Day Strategy¶

• Time management: ~2.6 minutes per question
• Read scenarios carefully for security requirements
• Eliminate obviously incorrect answers first
• Choose defense-in-depth approaches
• Consider compliance and regulatory requirements
• Flag uncertain questions for review

Study Tips for Success¶

1. Focus on Defense in Depth: Exam favors multiple layers of security
2. Master IAM: Understand policy evaluation logic thoroughly
3. Practice Multi-Account: Most enterprise scenarios involve multiple accounts
4. Automate Everything: Know automation options for security responses
5. Understand Compliance: Familiarize with common frameworks (CIS, PCI DSS, HIPAA)
6. Real-World Scenarios: Think like a security architect solving business problems
7. Review Security Blog: Stay current with new security features and services

Common Exam Traps to Avoid¶

• Choosing overly complex solutions when simple ones suffice
• Ignoring least privilege principle
• Not considering operational overhead of security controls
• Overlooking compliance and regulatory requirements
• Forgetting about logging and monitoring requirements
• Missing encryption at rest and in transit requirements
• Not considering cross-account and cross-region scenarios

Post-Exam Continuous Learning¶

• Stay updated with new AWS security services
• Participate in AWS security community events
• Consider complementary certifications (CISSP, CISM)
• Contribute to security-focused open-source projects
• Write blog posts about security implementations
• Mentor others preparing for security certification