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Curriculum for AWS Certified Security - Specialty SCS-C02 Certification Video Course
| Name of Video | Time |
|---|---|
![]() 1. Important Course Information |
20:59 |
| Name of Video | Time |
|---|---|
![]() 1. [CCP/SAA] GuardDuty Overview - S2L1 |
2:32 |
![]() 2. GuardDuty - Advanced |
9:23 |
![]() 3. [CCP] Security Hub Overview |
2:43 |
![]() 4. Security Hub - Advanced |
8:40 |
![]() 5. [CCP] Detective Overview |
1:09 |
![]() 6. Detective - Architectures |
1:06 |
![]() 7. [CCP/SOA] Penetration Testing on AWS |
1:48 |
![]() 8. DDoS Simulation Testing on AWS |
1:03 |
![]() 9. Compromised AWS Resources |
5:44 |
![]() 10. Compromised AWS Credentials |
2:35 |
![]() 11. EC2 Key Pairs & Remediating Exposed EC2 Key Paris |
3:55 |
![]() 12. EC2 Instance Connect |
2:49 |
![]() 13. EC2 Serial Console |
1:51 |
![]() 14. Lost EC2 Key Pair - Linux |
5:02 |
![]() 15. Lost EC2 Key Pair - Windows |
3:06 |
![]() 16. EC2 Rescue Tool for Linux & Windows |
3:02 |
![]() 17. AWS Acceptable Use Policy (AUP) |
0:56 |
![]() 18. AWS Abuse Report |
1:06 |
![]() 19. [CCP/SAA/DVA/SOA] IAM Security Tools |
0:55 |
![]() 20. [CCP/SAA/DVA/SOA] IAM Security Tools - Hands On |
2:23 |
![]() 21. IAM Access Analyzer |
2:36 |
| Name of Video | Time |
|---|---|
![]() 1. [CCP/SAA/SOA] Amazon Inspector |
2:28 |
![]() 2. [SOA/DOP] Amazon Inspector Hands On |
6:13 |
![]() 3. [SOA] Logging in AWS for security and compliance |
2:45 |
![]() 4. [SOA] Systems Manager Overview |
3:47 |
![]() 5. [SOA] Start EC2 Instances with SSM Agent |
3:32 |
![]() 6. [SOA] AWS Tags & SSM Resource Groups |
4:24 |
![]() 7. [SOA] SSM Documents & SSM Run Command |
11:32 |
![]() 8. [SOA] SSM Automations |
7:09 |
![]() 9. [SAA/DVA/SOA] SSM Parameter Store Overview |
4:16 |
![]() 10. [SOA] SSM Inventory & State Manager |
7:36 |
![]() 11. [SOA] SSM Patch Manager and Maintenance Windows |
4:45 |
![]() 12. [SOA] SSM Patch Manager and Maintenance Windows - Hands On |
3:35 |
![]() 13. [SOA] SSM Session Manager Overview |
2:47 |
![]() 14. [SOA] SSM Session Manager Hands On |
2:25 |
![]() 15. [SOA] SSM Cleanup |
0:20 |
![]() 16. [SOA] CloudWatch - Unified CloudWatch Agent - Overview |
3:11 |
![]() 17. [SOA/DOP] CloudWatch - Unified CloudWatch Agent - Hands On |
16:36 |
![]() 18. CloudWatch Unified Agent - Troubleshooting |
1:34 |
![]() 19. [SAA/DVA/SOA] CloudWatch Logs |
6:01 |
![]() 20. [SAA/DVA/SOA] CloudWatch Logs Hands On |
5:10 |
![]() 21. [SAA/DVA/SOA] CloudWatch Alarms |
4:01 |
![]() 22. [SAA/DVA/SOA] CloudWatch Alarms Hands On |
4:37 |
![]() 23. CloudWatch Contributor Insights |
1:16 |
![]() 24. [SAA/DVA/SOA] Amazon EventBridge |
6:59 |
![]() 25. [SAA/DVA/SOA] Amazon EventBridge - Hands On |
7:11 |
![]() 26. [SAA/SOA] Amazon Athena |
5:24 |
![]() 27. [SAA/SOA] Amazon Athena - Hands On |
5:16 |
![]() 28. Amazon Athena - Troubleshooting |
1:25 |
![]() 29. [SAA] CloudTrail |
5:42 |
![]() 30. [CCP/SAA/DVA/SOA] CloudTrail Hands On |
1:30 |
![]() 31. [SAA/DVA/SOA] CloudTrail - EventBridge Integration |
1:38 |
![]() 32. [SOA] CloudTrail for SysOps |
3:06 |
![]() 33. CloudTrail to CloudWatch Metrics Filter - Example |
1:02 |
![]() 34. CloudTrail - Integration with Athena |
0:43 |
![]() 35. Monitoring Account Activity |
1:25 |
![]() 36. [CCP/SAA/SOA] Macie |
1:02 |
![]() 37. Macie - Advanced |
3:46 |
![]() 38. [SAA/DVA/SOA] S3 Event Notifications |
3:30 |
![]() 39. [SAA/DVA/SOA] S3 Event Notifications - Hands On |
5:42 |
![]() 40. [SAA/SOA] VPC Flow Logs |
3:48 |
![]() 41. [SAA/SOA] VPC Flow Logs Hands On |
10:11 |
![]() 42. VPC Flow Logs - Advanced |
0:46 |
![]() 43. [SAA/SOA] VPC Traffic Mirroring |
2:09 |
![]() 44. VPC Traffic Mirroring - Architectures |
3:43 |
![]() 45. VPC Network Access Analyzer |
2:15 |
![]() 46. Route 53 - Query Logging |
2:18 |
![]() 47. [SAA] OpenSearch |
3:51 |
![]() 48. OpenSearch - Advanced |
3:11 |
| Name of Video | Time |
|---|---|
![]() 1. [SAA/SOA] Bastion Host |
2:40 |
![]() 2. [SAA/SOA] Bastion Host - Hands On |
5:02 |
![]() 3. [SAA/SOA] Site to Site VPN |
3:57 |
![]() 4. [SAA/SOA] Site to Site VPN - Hands On |
1:53 |
![]() 5. [CCP] Client VPN |
1:20 |
![]() 6. Client VPN - Client Authentication Types |
2:02 |
![]() 7. [SAA/SOA] VPC Peering |
2:06 |
![]() 8. [SAA/SOA] VPC Peering - Hands On |
5:47 |
![]() 9. [SOA] DNS Resolution Options in VPC |
2:54 |
![]() 10. [SOA] DNS Resolution Options in VPC - Hands On |
3:20 |
![]() 11. VPC Endpoints - Overview |
5:21 |
![]() 12. VPC Endpoint Policies |
5:22 |
![]() 13. VPC Endpoint - Examples |
6:22 |
![]() 14. [SOA] PrivateLink |
3:06 |
![]() 15. [SOA] PrivateLink - Hands On |
1:13 |
![]() 16. [SAA/SOA] NACL & Security Groups |
10:43 |
![]() 17. [SAA/SOA] NACL & Security Groups - Hands On |
6:32 |
![]() 18. Security Groups Outbound Rules & Managed Prefixes |
1:45 |
![]() 19. Security Groups - Extras |
1:41 |
![]() 20. [SAA/SOA] AWS Transit Gateway |
5:10 |
![]() 21. [CCP/SAA/DVA/SOA] CloudFront Overview |
5:10 |
![]() 22. [CCP/SAA/DVA/SOA] CloudFront Hands On |
4:20 |
![]() 23. [SAA/DVA/SOA] CloudFront - Geo Restriction |
1:18 |
![]() 24. [DVA] CloudFront - Signed URL & Cookies |
3:38 |
![]() 25. [DVA] CloudFront - Signed URL & Cookies - Hands On |
4:45 |
![]() 26. [DVA] CloudFront - Field Level Encryption |
2:11 |
![]() 27. CloudFront - Origin Access Control and Origin Access Identity (OAC & OAI) |
1:59 |
![]() 28. CloudFront - Other |
3:29 |
![]() 29. WAF |
6:12 |
![]() 30. [SAA] Shield |
2:04 |
![]() 31. [SAA] AWS Firewall Manager |
2:42 |
![]() 32. [SAA] WAF & Shield - Hands On |
4:21 |
![]() 33. WAF - Hands On |
10:27 |
![]() 34. AWS Shield Advanced - Metrics |
0:53 |
![]() 35. [SAA] DDoS Attack Protection |
5:53 |
![]() 36. [SAA/DVA] API Gateway |
6:37 |
![]() 37. [SAA/DVA] API Gateway - Hands On |
10:19 |
![]() 38. API Gateway - Advanced |
3:02 |
![]() 39. [CCP/SOA] AWS Artifact |
1:59 |
![]() 40. Route 53 - DNSSEC |
7:43 |
![]() 41. [SAA/SOA] AWS Network Firewall |
3:00 |
![]() 42. AWS Network Firewall - Advanced |
3:40 |
![]() 43. Amazon SES |
2:47 |
| Name of Video | Time |
|---|---|
![]() 1. IAM Policies in Depth |
6:29 |
![]() 2. IAM Condition Operators |
2:15 |
![]() 3. IAM Global condition context keys |
7:05 |
![]() 4. IAM Permission Boundaries |
2:11 |
![]() 5. IAM Policy Evaluation Logic |
5:52 |
![]() 6. Identity-Based Policies vs. Resource-Based Policies |
4:39 |
![]() 7. ABAC (Attribute based access control) |
3:39 |
![]() 8. IAM MFA |
5:04 |
![]() 9. IAM Credentials Report |
1:25 |
![]() 10. IAM Roles and PassRole to Services |
2:11 |
![]() 11. [SOA] STS Overview |
3:47 |
![]() 12. STS Version 1 & Version 2 |
2:18 |
![]() 13. STS External ID |
3:38 |
![]() 14. STS - Revoking IAM Role Temporary Security Credentials |
1:56 |
![]() 15. EC2 Instance Metadata Overview |
4:02 |
![]() 16. EC2 Instance Metadata - IMDSv1 vs IMDSv2 |
4:36 |
![]() 17. S3 - Authorization Evaluation Process |
5:32 |
![]() 18. S3 - Cross Account Access and Canned ACL |
5:01 |
![]() 19. S3 - Samples S3 Bucket Policies |
1:27 |
![]() 20. S3 - VPC Endpoint Strategy |
4:35 |
![]() 21. S3 - Regain Access to Locked S3 Bucket |
0:56 |
![]() 22. S3 - Block Public Access Settings |
0:54 |
![]() 23. [SAA/DVA/SOA] S3 Access Points |
3:34 |
![]() 24. [SOA] S3 Access Points - Hands On |
4:16 |
![]() 25. [SOA] S3 Multi-Region Access Points |
2:40 |
![]() 26. [SOA] S3 Multi-Region Access Points - Hands On |
3:42 |
![]() 27. [SAA/DVA/SOA] S3 CORS |
4:19 |
![]() 28. [SAA/DVA/SOA] S3 CORS - Hands On |
7:23 |
![]() 29. [DVA/SOA] Cognito User Pools |
3:25 |
![]() 30. [DVA/SOA] Cognito Identity Pools |
7:16 |
![]() 31. Cognito User Pool User Groups |
1:34 |
![]() 32. Identity Federation & Cognito |
8:52 |
![]() 33. SAML 2.0 Metadata File Troubleshooting |
2:47 |
![]() 34. [SAA/SOA] AWS IAM Identity Center |
5:42 |
![]() 35. AWS Directory Services |
13:10 |
| Name of Video | Time |
|---|---|
![]() 1. [SAA/DVA/SOA] Encryption 101 |
3:59 |
![]() 2. CloudHSM |
5:09 |
![]() 3. CloudHSM - Advanced |
2:22 |
![]() 4. KMS |
8:08 |
![]() 5. [SAA] KMS Multi Region Key |
6:11 |
![]() 6. [DVA] KMS Envelope Encryption |
7:28 |
![]() 7. [SOA] KMS Key Rotation |
3:08 |
![]() 8. KMS Key Deletion |
4:20 |
![]() 9. KMS Key Policies Deep Dive |
4:21 |
![]() 10. KMS Grants |
4:36 |
![]() 11. KMS Condition Keys |
1:36 |
![]() 12. KMS Key Policies Evaluation Process |
5:12 |
![]() 13. KMS Key Cross-Account Access |
3:28 |
![]() 14. KMS Asymmetric Encryption |
3:56 |
![]() 15. KMS API Calls Limits and Data Key Caching |
1:57 |
![]() 16. KMS with EBS |
2:04 |
![]() 17. EFS Encryption |
0:47 |
![]() 18. KMS with ABAC |
0:47 |
![]() 19. KMS with Parameter Store |
1:29 |
![]() 20. [SAA] Secrets Manager |
2:10 |
![]() 21. [SAA] Secrets Manager - Hands On |
4:00 |
![]() 22. Secrets Manager - Advanced |
4:29 |
![]() 23. [SAA/DVA/SOA] S3 Encryption |
7:31 |
![]() 24. S3 Encryption Summary |
1:17 |
![]() 25. [SAA/DVA/SOA] S3 Default Encryption |
1:23 |
![]() 26. S3 Bucket Policies Examples |
0:59 |
![]() 27. [DVA] S3 Bucket Key |
2:52 |
![]() 28. Large File Upload to S3 with KMS Key |
1:24 |
![]() 29. S3 Batch Encryption |
1:00 |
![]() 30. [SAA/SOA] S3 Object Lock & Glacier Vault Lock |
4:13 |
![]() 31. Glacier Vault Lock - Deep Dive |
1:59 |
![]() 32. [SOA] Glacier Vault Lock - Hands On |
3:56 |
![]() 33. [SAA/DVA/SOA] S3 Lifecycle Rules (with S3 Analytics) |
4:20 |
![]() 34. [SAA/DVA/SOA] S3 Lifecycle Rules - Hands On |
2:24 |
![]() 35. [CCP/SAA/DVA/SOA] S3 Replication |
1:25 |
![]() 36. [CCP/SAA/DVA/SOA] S3 Replication - Hands On |
6:29 |
![]() 37. [SAA/DVA/SOA] S3 Replication - Notes |
0:57 |
![]() 38. [CCP] Elastic Load Balancing Overview |
6:30 |
![]() 39. [SAA/DVA/SOA] Network Load Balancer Overview |
3:35 |
![]() 40. Network Load Balancer Advanced |
4:42 |
![]() 41. [SAA/DVA/SOA] ELB Sticky Sessions |
5:40 |
![]() 42. [SAA/DVA/SOA] ELB SSL Certificates |
6:02 |
![]() 43. ELB - SSL Certificates - Advanced |
6:00 |
![]() 44. Network Load Balancer - TLS Listeners |
2:39 |
![]() 45. AWS Certificate Manager (ACM) |
3:33 |
![]() 46. ACM - Advanced |
6:41 |
![]() 47. [SAA/SOA] AWS Backup |
3:10 |
![]() 48. [SAA] AWS Backup - Hands On |
4:23 |
![]() 49. Amazon Data Lifecycle Manager |
1:00 |
![]() 50. [DVA] AWS Nitro Enclaves |
2:40 |
| Name of Video | Time |
|---|---|
![]() 1. [SAA/SOA] Organizations |
7:05 |
![]() 2. [CCP/SAA/SOA] Organizations - Hands On |
9:59 |
![]() 3. [SOA] AWS Organizations - IAM Policies & Tag Policies |
2:13 |
![]() 4. AWS Control Tower |
3:49 |
![]() 5. [SAA/SOA] AWS Config |
4:44 |
![]() 6. [SAA/SOA] AWS Config - Hands On |
9:37 |
![]() 7. [SOA] AWS Config - Aggregators |
2:10 |
![]() 8. AWS Config - Use Cases |
1:33 |
![]() 9. [CCP/SAA/SOA] Trusted Advisor + Hands On |
3:18 |
![]() 10. [SAA/SOA] AWS Cost Explorer |
1:50 |
![]() 11. [CCP] AWS Cost Anomaly Detection |
1:10 |
![]() 12. [SAA] AWS Well-Architected Framework & Well-Architected Tool |
6:07 |
![]() 13. Audit Manager |
2:10 |
![]() 14. [CCP/SAA] CloudFormation |
3:33 |
![]() 15. [CCP/SAA] CloudFormation - Hands On |
8:32 |
![]() 16. [SAA/DVA/SOA] CloudFormation - Service Role |
3:21 |
![]() 17. [DVA/SOA] CloudFormation - Stack Policy |
1:24 |
![]() 18. CloudFormation - Dynamic References |
2:02 |
![]() 19. [DVA/SOA] CloudFormation - Termination Protection |
1:12 |
![]() 20. CloudFormation - Drift |
5:31 |
![]() 21. CloudFormation Guard |
1:24 |
![]() 22. [CCP] AWS Service Catalog |
1:41 |
![]() 23. AWS Resource Access Manager (AWS RAM) |
3:14 |
| Name of Video | Time |
|---|---|
![]() 1. [SAA/SOA] Direct Connect |
6:36 |
![]() 2. [SAA/SOA] Direct Connect + S2S VPN |
1:00 |
![]() 3. [SAA/DVA] Elastic Container Registry (ECR) |
1:38 |
![]() 4. ECR Security |
3:58 |
![]() 5. ECS Secret Management |
1:08 |
![]() 6. EKS Concepts |
0:59 |
![]() 7. Lambda Security |
2:28 |
![]() 8. [DVA] Lambda in VPC |
4:20 |
![]() 9. [DVA] Lambda in VPC - Hands On |
4:39 |
![]() 10. AWS Signer |
2:14 |
![]() 11. AWS Verified Access |
2:59 |
![]() 12. [SAA] Glue Overview |
4:31 |
![]() 13. Glue Security |
1:59 |
![]() 14. Workspaces Security |
1:24 |
![]() 15. ASG Instance Refresh |
1:26 |
![]() 16. EBS - Data Volume Wiping |
0:51 |
![]() 17. CloudShell |
1:21 |
![]() 18. RDS & Aurora Security |
3:18 |
![]() 19. [CCP/SOA] EC2 Image Builder |
2:34 |
![]() 20. [SOA] EC2 Image Builder Hands On |
11:56 |
![]() 21. EC2 Image Builder - Troubleshooting |
1:06 |
![]() 22. Redshift Security |
3:49 |
![]() 23. DynamoDB - Time To Live (TTL) |
1:38 |
| Name of Video | Time |
|---|---|
![]() 1. State of Learning Checkpoint - AWS Certified Security Specialty |
4:29 |
![]() 2. Exam Walkthrough and Signup |
4:35 |
![]() 3. Save 50% on your AWS Exam Cost! |
1:10 |
![]() 4. Get an Extra 30 Minutes on your AWS Exam - Non Native English Speakers only |
1:04 |
| Name of Video | Time |
|---|---|
![]() 1. AWS Certification Paths |
4:44 |
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Cloud security is one of the most critical aspects of modern IT infrastructure. As organizations adopt Amazon Web Services for their workloads, the need for certified professionals who can safeguard data, applications, and networks continues to grow. The AWS Certified Security Specialty certification, also known as SCS-C02, is designed for individuals who want to validate their expertise in securing AWS environments. This comprehensive guide walks you through the essential elements of the certification, its benefits, exam domains, and what you can expect from a structured training course designed to prepare you for success.
The certification is globally recognized and provides proof of advanced skills in implementing and managing security across AWS workloads. Unlike entry-level certifications, it requires a deeper understanding of compliance, encryption, monitoring, and incident response. By earning this credential, you demonstrate to employers that you are capable of building and maintaining secure architectures within the AWS cloud.
The AWS Certified Security - Specialty SCS-C02 exam tests your knowledge of five domains: incident response, logging and monitoring, infrastructure security, identity and access management, and data protection with compliance. Each domain requires both theoretical knowledge and practical skills. A training course tailored to this exam ensures you can apply security principles in real scenarios while also understanding AWS tools such as GuardDuty, CloudTrail, Security Hub, and KMS.
A well-designed training program for the AWS Certified Security - Specialty SCS-C02 covers a wide range of topics. Learners should expect to gain knowledge that can be directly applied to securing workloads in a production environment. Below are the core areas of learning presented in concise points:
Fundamentals of AWS cloud security and its shared responsibility model
Best practices for responding to security incidents in cloud environments
Configuration and usage of monitoring tools like CloudTrail, CloudWatch, GuardDuty, and Config
Network security strategies within Amazon VPC, including firewalls, NACLs, and security groups
Designing secure access management policies using IAM, federation, and multi-factor authentication
Understanding encryption concepts with AWS Key Management Service, Secrets Manager, and Certificate Manager
Techniques for protecting sensitive data at rest and in transit across AWS services
Compliance frameworks and their integration with AWS security services
Automation of security responses and incident management workflows
Preparation for real-world case studies and scenarios that simulate the SCS-C02 exam environment
These outcomes make the course suitable not only for passing the certification but also for enhancing professional skills required for daily security responsibilities.
The AWS Certified Security - Specialty SCS-C02 training has clear objectives that guide learners through a structured path. The objectives ensure that participants are not only prepared for the exam but also equipped with practical expertise.
Gain an advanced understanding of the five domains of the SCS-C02 exam and their subtopics
Develop skills to design, implement, and manage secure AWS solutions in compliance with industry standards
Learn how to detect and analyze security threats using AWS-native services and third-party tools
Build the ability to implement access controls and user management strategies that align with organizational policies
Apply encryption techniques for safeguarding data, with emphasis on KMS and customer-managed keys
Understand how to evaluate and remediate compliance issues using AWS Audit Manager and Security Hub
Prepare thoroughly for exam questions through practice tests and real-world labs
Cultivate confidence in handling complex cloud security challenges
By focusing on these learning objectives, participants develop both theoretical knowledge and applied technical expertise.
The AWS Certified Security - Specialty SCS-C02 is not limited to a single role. It is relevant to a wide range of professionals across industries. The training course caters to individuals who are already familiar with AWS but want to specialize in cloud security. Typical participants include:
Cloud security engineers responsible for securing AWS workloads
Solutions architects who design cloud-based systems with security in mind
Security analysts and compliance specialists monitoring risks in cloud environments
IT managers and administrators transitioning into cloud-focused roles
DevOps engineers working on secure deployment pipelines in AWS
Security consultants advising organizations on regulatory and compliance requirements
System administrators seeking advanced skills in cloud data protection
Anyone with an interest in cloud security who meets the prerequisites can benefit from the course. The certification is particularly valuable for those pursuing roles where security is a core responsibility.
Before enrolling in an AWS Certified Security - Specialty SCS-C02 training program, learners should ensure they meet certain requirements. These requirements help participants to better understand and keep pace with the advanced topics covered.
Prior knowledge of AWS fundamentals and hands-on experience with at least one workload in AWS
Familiarity with core AWS services such as EC2, S3, VPC, IAM, and RDS
Understanding of general IT security concepts including encryption, firewalls, and access control
At least two years of hands-on experience securing AWS workloads is recommended by AWS
Experience with compliance requirements and risk management principles is helpful
Ability to use AWS CLI, SDKs, or the management console for practical exercises
Meeting these requirements ensures that learners can engage effectively with the material and derive maximum benefit from the course.
The AWS Certified Security - Specialty SCS-C02 is a comprehensive program designed to prepare professionals for the SCS-C02 exam and beyond. It combines theory, hands-on labs, practice questions, and exam strategies to provide a well-rounded learning experience.
The course is structured to cover each exam domain in detail. It begins with an introduction to AWS security fundamentals, followed by in-depth exploration of incident response strategies. Learners then move on to monitoring and logging services, where they gain expertise in tracking and analyzing activity across AWS accounts. Infrastructure security modules teach how to secure networks, workloads, and applications at multiple layers.
In the identity and access management section, participants learn how to build strong authentication frameworks, create policies, and manage permissions. Data protection modules cover both encryption and key management, ensuring participants can handle sensitive information securely. Compliance topics are integrated throughout the course to help learners understand how to maintain industry standards in AWS environments.
The course also emphasizes hands-on practice. Each section includes labs that simulate real-world security tasks. Learners configure services like CloudTrail, WAF, and KMS to develop confidence in their abilities. Practice exams provide exposure to the types of questions encountered in the SCS-C02 test, while case studies illustrate how to apply concepts in practical scenarios.
By the end of the training, learners are not only prepared for the certification but also capable of implementing AWS security best practices in professional environments.
To succeed in this course and on the SCS-C02 exam, certain prerequisites are recommended. While not all are mandatory, they significantly increase the chances of passing the exam and applying skills effectively.
Active AWS Certified Solutions Architect Associate or AWS Certified SysOps Administrator Associate credential, though not required, is beneficial
Two or more years of hands-on experience designing and implementing AWS workloads with security as a primary focus
Familiarity with security controls such as intrusion detection systems, firewalls, and VPNs
Experience with regulatory frameworks such as GDPR, HIPAA, or PCI DSS is advantageous
Knowledge of scripting or automation tools can be useful for implementing automated security responses
These prerequisites ensure that learners are well-prepared for the advanced nature of the course.
The SCS-C02 exam is divided into five core domains. Understanding these domains is essential for both course participants and exam candidates.
This domain assesses the ability to detect and respond to security events. The course teaches participants how to automate responses, analyze security incidents, and recover from breaches using AWS tools.
Participants learn to use services such as CloudTrail, Config, and GuardDuty to track and monitor activities. Understanding these services ensures continuous security awareness across AWS accounts.
Infrastructure security modules cover securing VPCs, subnets, firewalls, and access control lists. Learners build skills to protect networks and workloads from unauthorized access.
This domain emphasizes building strong authentication and authorization systems using IAM, federation, and policies. Managing identities securely is a crucial skill for cloud administrators.
Learners understand encryption, key management, and compliance reporting. The training emphasizes the importance of securing sensitive data at rest and in transit while meeting legal and regulatory standards.
One of the strengths of the training program is its hands-on approach. Rather than focusing solely on theory, the course provides labs and scenarios that mimic real-world environments. Learners configure IAM roles, design secure VPCs, and implement monitoring services. By applying skills directly, participants develop confidence in solving practical security challenges.
Hands-on labs include:
Setting up and analyzing CloudTrail logs
Implementing security groups and NACLs within a VPC
Configuring GuardDuty for threat detection
Encrypting data in S3 and RDS with KMS
Automating incident responses using Lambda functions
This approach ensures that learners can transition from training to professional roles seamlessly.
Achieving the AWS Certified Security Specialty certification provides significant career advantages. Professionals with this credential often see opportunities for advancement, salary increases, and specialized roles. Employers value certified individuals because they demonstrate the ability to secure critical systems in cloud environments.
Potential career paths include cloud security engineer, AWS solutions architect with a focus on security, compliance officer, and security consultant. The certification also positions professionals to work with regulatory requirements, making them valuable in industries such as healthcare, finance, and government.
Organizations benefit from having certified professionals who can ensure the confidentiality, integrity, and availability of systems. This makes certification holders highly sought after in the job market.
Training for the AWS Certified Security Specialty certification is usually structured into modules that correspond to the five official exam domains. A carefully designed curriculum ensures that learners progress in a logical order, from incident response through data protection and compliance.
This module begins by introducing common types of security incidents within AWS. Learners study how to prepare, detect, and respond effectively to potential breaches. The training covers the design of automated incident detection and response systems, as well as best practices for disaster recovery.
Monitoring activities across AWS accounts is critical for ensuring a secure environment. In this module, participants learn to configure CloudTrail, CloudWatch, Config, and GuardDuty. Case studies and labs focus on analyzing logs, detecting anomalies, and setting up automated alerts to quickly identify threats.
Infrastructure security requires knowledge of networks, compute resources, and firewall configurations. Learners practice securing VPCs, setting up network access controls, and implementing private and public subnets. They also gain expertise in protecting workloads through security groups, bastion hosts, and AWS Shield.
This section focuses on managing users, roles, and permissions in AWS. The training explores IAM policies, federated identities, single sign-on, and multi-factor authentication. Learners develop the ability to design secure access strategies that limit risks while maintaining productivity.
Data protection involves applying encryption and key management across services such as S3, RDS, and EBS. Learners explore KMS, Secrets Manager, and Certificate Manager. The module also highlights how AWS supports compliance with regulations like GDPR, HIPAA, and PCI DSS.
To bridge theory and practice, this section includes simulated tests and real-world case studies. Learners are exposed to exam-like questions, as well as scenarios where they must apply knowledge to design solutions for securing workloads.
Each module of the AWS Certified Security Specialty training covers specific areas of cloud security. Below are the major topics learners can expect:
Shared responsibility model for cloud security
Automation of incident detection and response workflows
AWS logging and monitoring services, including CloudTrail, CloudWatch, and GuardDuty
VPC design principles, network security layers, and firewall rules
Implementation of intrusion detection and prevention systems within AWS
User authentication and authorization strategies with IAM, SSO, and MFA
Policy design and enforcement for least privilege access
Encryption methods for securing data at rest and in transit
Customer-managed keys and hardware security modules
Secure storage solutions for sensitive data in Amazon S3 and databases
AWS compliance and governance frameworks
Integrating AWS Audit Manager and Security Hub into security operations
Disaster recovery and business continuity planning in AWS
Hands-on configuration of WAF, Shield, and Security Hub
Real-world case studies of incident handling and compliance challenges
These topics ensure that learners gain both theoretical understanding and practical ability, making them well-prepared for the exam and future professional tasks.
Taking a structured training course for the AWS Certified Security - Specialty SCS-C02 offers numerous benefits that extend beyond exam preparation.
The course enhances technical skills in cloud security, incident response, monitoring, and data protection. Participants develop expertise that can be directly applied to daily job responsibilities.
Employers look for certified professionals who can safeguard their AWS environments. With this credential, learners can pursue roles such as cloud security engineer, security consultant, and compliance specialist.
Certification validates advanced knowledge of AWS security practices. It is a globally recognized credential that demonstrates credibility and trustworthiness in the field of cloud computing.
Professionals holding the AWS Certified Security Specialty certification often earn higher salaries compared to their non-certified peers. The demand for cloud security expertise continues to grow, creating lucrative opportunities.
The course provides practical labs that mimic real-world scenarios. This experience builds confidence and prepares learners to address complex challenges in professional settings.
By covering every exam domain in detail and providing practice exams, the training ensures that learners are well-prepared to pass the SCS-C02 test on their first attempt.
Understanding compliance frameworks is crucial for industries like healthcare and finance. The course provides knowledge on how AWS supports regulatory requirements, enabling professionals to advise organizations on compliance strategies.
The duration of the AWS Certified Security - Specialty SCS-C02 training can vary depending on the format chosen by the learner. Some courses are self-paced, while others are instructor-led with a fixed schedule.
Self-paced online courses usually take between 30 and 50 hours of study time. Learners can progress at their own speed, revisiting modules as needed.
Instructor-led courses often run over a period of 4 to 6 weeks, with live sessions conducted several times per week.
Intensive boot camps are also available, lasting 3 to 5 days of full-time training, designed for learners who want to prepare quickly.
The recommended duration for preparation also depends on prior experience. Professionals with strong AWS and security backgrounds may require less time, while those newer to cloud security might need several months of consistent study.
Regardless of the format, learners should allocate time for hands-on labs, practice exams, and review sessions. Consistency in preparation is more important than the exact duration of the course.
Effective preparation for the AWS Certified Security - Specialty SCS-C02 certification requires access to specific tools and resources. These support hands-on practice, reinforce knowledge, and provide exposure to exam-style questions.
A personal or organizational AWS account is necessary for practicing with real services. Many training labs require learners to configure VPCs, IAM policies, and encryption tools. Using the AWS Free Tier can minimize costs while still providing access to essential services.
Comprehensive study guides, video lectures, and course notes are key resources. These materials explain concepts in detail and provide visual demonstrations of service configurations.
Practice tests simulate the format and difficulty of the actual SCS-C02 exam. They help learners assess their readiness, identify weak areas, and adjust study plans accordingly.
The official AWS documentation is a critical resource. It provides detailed explanations, use cases, and tutorials for every service covered in the exam domains. Reading documentation ensures learners have the most up-to-date knowledge.
Access to structured labs is essential for practical experience. Labs allow learners to configure CloudTrail, set up encryption with KMS, and deploy monitoring solutions. Interactive environments provide safe spaces for experimentation.
AWS whitepapers on security, encryption, and compliance provide deep insights into best practices. Security blogs and case studies also offer practical examples of challenges and solutions.
Online communities such as AWS re:Post, discussion groups, and professional networks provide peer support. Learners can ask questions, share tips, and learn from others preparing for the same certification.
Organizing study sessions with a planner ensures consistent progress. Allocating specific times for modules, labs, and practice tests prevents last-minute cramming and improves retention.
While course modules and resources provide the foundation, learners should also adopt advanced strategies to optimize their preparation.
Spending time on practical labs ensures concepts move beyond theory. Regularly practicing IAM configurations, encryption settings, and monitoring systems builds real-world familiarity.
The SCS-C02 exam assigns different weights to each domain. Learners should allocate more time to domains with higher weight, such as data protection and infrastructure security, while not neglecting smaller domains like incident response.
Taking practice exams under timed conditions replicates the pressure of the real test. This helps learners build endurance and manage time effectively.
Creating personal notes summarizing key points from each module makes review sessions more effective. Writing in one’s own words reinforces memory.
Revisiting previous modules while progressing through new ones ensures that earlier topics are not forgotten. Spiral learning, where learners revisit concepts multiple times, is effective for long-term retention.
Studying real-world security incidents and their resolutions provides context for the exam material. Case studies help learners understand how AWS services are applied in professional environments.
One of the strongest reasons professionals pursue the AWS Certified Security - Specialty SCS-C02 certification is the range of career opportunities it unlocks. Organizations are under constant pressure to safeguard their workloads against data breaches, compliance risks, and evolving cyber threats. Certified professionals play a crucial role in protecting cloud environments. Below are some of the most common career paths available to those who achieve the SCS-C02 credential.
Cloud security engineers design, implement, and manage security controls within AWS environments. Their responsibilities include configuring identity and access management, monitoring logs, deploying firewalls, and ensuring compliance. With this certification, professionals demonstrate the ability to secure workloads while balancing performance and cost.
Solutions architects already hold important roles in designing cloud systems. By earning a security specialty certification, architects can take on advanced responsibilities for integrating security best practices into their designs. They help organizations achieve both scalability and security, building architectures that meet compliance standards while supporting business objectives.
Security consultants often work with multiple clients, providing expertise in securing AWS workloads. Their work involves risk assessments, compliance audits, and incident response planning. Certification provides credibility when consulting for organizations across industries such as healthcare, finance, or government.
Industries with strict regulations require professionals who can ensure AWS workloads meet compliance standards. Compliance specialists use AWS tools such as Audit Manager and Security Hub to align systems with frameworks like GDPR, HIPAA, or PCI DSS. Certified professionals are valuable in guiding organizations through regulatory challenges.
Security analysts monitor AWS environments for potential threats. They use services like GuardDuty and CloudTrail to identify unusual activity and recommend corrective actions. This role is essential for maintaining day-to-day security awareness. Certification equips analysts with the skills to use monitoring tools effectively and respond to incidents with confidence.
As organizations adopt DevOps practices, security is increasingly integrated into the software development lifecycle. DevSecOps engineers ensure that applications deployed in AWS meet security requirements from the start. They work with automated pipelines, secure coding practices, and vulnerability testing. A security specialty certification supports this role by validating deep AWS knowledge.
While similar to solutions architects, cloud security architects specifically focus on creating secure systems. They are responsible for designing enterprise-wide security frameworks in AWS, ensuring resilience against threats and compliance with industry standards. Certification is a key requirement for professionals aspiring to this advanced role.
Managers overseeing teams of engineers and analysts benefit from certification because it demonstrates technical credibility. They can guide strategy, manage compliance programs, and evaluate risks while leading teams. Employers value managers who combine leadership with advanced technical expertise.
In sectors like healthcare, banking, and government, specialized roles demand expertise in both AWS security and regulatory compliance. Certified professionals are trusted to handle sensitive data and critical infrastructure. This opens opportunities to work on high-impact projects that shape organizational security.
Certification also benefits professionals seeking freelance or contract opportunities. Many organizations prefer certified experts for short-term projects, such as compliance assessments or architecture reviews. Freelance professionals with AWS credentials can secure high-paying projects without long-term commitments.
Enrolling in an AWS Certified Security - Specialty SCS-C02 course and earning the certification is only the beginning. Professionals who commit to continuous learning can build long-term careers in cloud security. This includes staying updated with AWS innovations, exploring advanced certifications, and contributing to the cloud security community.
Many certified professionals expand their knowledge by pursuing related AWS credentials such as Solutions Architect Professional or DevOps Engineer Professional. Others specialize further in niche areas like machine learning security or hybrid cloud compliance. By continuously upgrading skills, professionals remain valuable in an industry that evolves rapidly.
Networking also plays a critical role. Participation in AWS events, forums, and user groups provides opportunities to connect with peers and industry leaders. Sharing knowledge and collaborating on projects enhances both professional reputation and career prospects.
Organizations also benefit significantly when their staff enroll in AWS Certified Security Specialty training. By investing in employee certification, companies gain:
Stronger protection for their AWS workloads against security threats
Compliance readiness for audits and regulatory requirements
Increased confidence in deploying new workloads without compromising security
Enhanced trust from clients who value certified professionals managing sensitive data
A culture of security awareness that reduces risks across teams
Organizations that encourage employees to pursue this certification are better positioned to compete in industries where data security is a top priority.
The importance of cloud security will only continue to grow. Organizations are moving more workloads to AWS, including critical applications and sensitive data. This shift increases demand for professionals with expertise in securing cloud environments. Certifications like AWS Certified Security Specialty are not just valuable today but will remain essential in the coming years.
Emerging trends such as zero-trust architectures, advanced encryption techniques, and automated compliance monitoring are reshaping the way security is managed. Professionals who hold the certification are better prepared to adapt to these trends, ensuring long-term career resilience.
Achieving success in the AWS Certified Security - Specialty SCS-C02 certification begins with enrolling in a training course that covers both theory and practice. The right program equips learners with detailed knowledge of exam domains while offering practical labs and real-world scenarios. Enrolling today is the first step toward unlocking career opportunities and gaining industry recognition.
Not all training providers offer the same level of quality, so choosing the right program is critical. A strong course should provide complete coverage of all five exam domains: incident response, logging and monitoring, infrastructure security, identity and access management, and data protection with compliance. It should also include hands-on labs that allow learners to gain practical experience with AWS services, as well as access to practice exams that reflect the difficulty and structure of the actual SCS-C02 test. Experienced instructors who hold AWS certifications and bring industry expertise add significant value, while flexibility in learning formats—such as self-paced online courses, instructor-led sessions, or boot camps—helps participants find a training style that best fits their needs.
There are several options available for enrollment. Online learning platforms allow learners to register instantly and progress at their own pace, making them ideal for busy professionals. Instructor-led courses, typically offered by authorized AWS training partners, provide structured schedules and interactive sessions for those who prefer guided learning. Boot camps, on the other hand, are designed for professionals who want intensive, short-term preparation that quickly builds knowledge and confidence.
The steps to enroll are straightforward. Start by reviewing your current knowledge and confirming that you meet the prerequisites for the certification. Then, choose a training format that aligns with your schedule and learning style. Once you have identified a suitable program, register with a reputable training provider that offers comprehensive resources. Set a realistic study plan and commit the necessary time to complete modules and labs, approaching the journey with clear goals, such as finishing one module per week or practicing with a set number of labs.
It is important not to delay enrollment. The demand for cloud security expertise is growing rapidly, and certified professionals remain in short supply. By starting your training now, you gain a competitive edge, positioning yourself for new opportunities as they become available. After enrolling, it is essential to build momentum. Actively engaging with training materials, completing labs, participating in discussions, and taking practice exams ensures steady progress. Maintaining consistency in study habits not only keeps motivation high but also prevents procrastination, setting you firmly on the path to certification success.
Prepared by Top Experts, the top IT Trainers ensure that when it comes to your IT exam prep and you can count on ExamSnap AWS Certified Security - Specialty SCS-C02 certification video training course that goes in line with the corresponding Amazon AWS Certified Security - Specialty SCS-C02 exam dumps, study guide, and practice test questions & answers.
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