Cloud Security Architecture & DevSecOps
Build resilient zero-trust architecture in AWS/GCP, harden CI/CD pipelines, and secure Kubernetes workloads.
Course Overview & Objectives
Hands-on engineering course covering IAM policy evaluation, terraform security scanning, Docker image vulnerability analysis, and Kubernetes RBAC hardening.
What You Will Master
- Design zero-trust cloud architectures with AWS IAM, SCPs, and VPC endpoints
- Implement Kubernetes Pod Security Standards and calico network policy isolation
- Embed automated SAST, DAST, and secret scanners into GitHub Actions pipelines
- Audit Terraform configurations using Checkov and tfsec to enforce compliance
Prerequisites
- Basic Docker/Container knowledge
- Introductory AWS console or CLI familiarity
Platforms & Tools Covered
Detailed Curriculum Modules
1 modules structured from foundational theory through complex adversarial execution.
AWS Identity & Cloud Infrastructure Hardening
IAM privilege escalation vectors, GuardDuty threat triage, and KMS envelope encryption.
Hands-on Virtual Sandbox Labs
Zero local hardware dependencies. Provisioned in cloud containers via browser terminal.
Kubernetes Container Escape Audit
Audit misconfigured privileged pods and enforce strict admission controllers.
Automated CI/CD Pipeline Hardening
Construct a secure GitHub Actions workflow with secret masking and Trivy image scanning.
Faculty & Lead Instructor
Direct weekly instruction, live office hours, and code-review feedback.
TS-Mentor-Dummy-02
AWS Security / DefCon SpeakerDistinguished Cloud Security Architect
Specialist in cloud threat modeling, zero-trust infrastructure, and Kubernetes DevSecOps hardening.
Frequently Asked Questions
Everything you need to know about scheduling, cohort admissions, and lab access.
Is this focused on AWS only or multi-cloud?
Core principles apply across all cloud providers, with concrete deep dives in AWS and Kubernetes.
Ready to Master Cloud Security Architecture & DevSecOps?
Join the upcoming cohort. Seats are limited to maintain a high faculty-to-student ratio and rigorous sandbox feedback.