DevSecOps Supercourse – Kubernetes/SCA/SAST/DAST/Vault/Falco

Course Overview

Dive deep into integrating security across the entire software development lifecycle, from initial code commit to production deployment.
Master the art of embedding robust security practices directly into your CI/CD workflows, ensuring continuous protection.
Gain an end-to-end understanding of how to build, secure, and operate cloud-native applications efficiently.
Explore practical strategies for fostering a proactive security-first culture within your development and operations teams.
Learn to transform traditional DevOps pipelines into resilient, security-conscious DevSecOps ecosystems.
Discover methodologies for automating security checks and vulnerability management at every stage of development.
Understand the strategic advantages of ‘shifting security left’, catching vulnerabilities early and cost-effectively.
Prepare for real-world DevSecOps challenges by implementing industry best practices using popular open-source solutions.
Elevate your skillset to become a pivotal asset in organizations striving for secure, rapid software delivery.
This bootcamp offers a fast-track to expertise in deploying secure, scalable applications on modern infrastructure.

Requirements / Prerequisites

Basic Linux CLI proficiency: Familiarity with navigating directories and executing commands.
Fundamental software development concepts: Understanding of version control (Git) and application structure.
Exposure to cloud computing principles: General awareness of IaaS, PaaS, and public cloud environments.
Conceptual grasp of containerization: Basic understanding of Docker or similar container technologies.
A Google Cloud Platform account: Required for setting up the practical lab environment (free tier usage possible).
Reliable internet connection: Essential for streaming lectures and performing cloud-based labs.
A code editor (e.g., VS Code): For viewing and modifying code samples and configuration files.
No prior DevSecOps experience needed: This course builds from foundational concepts.
Eagerness to learn and engage: The most crucial prerequisite for success in this hands-on bootcamp.

Skills Covered / Tools Used

Secure CI/CD orchestration: Designing and implementing automated pipelines with integrated security gates.
Container security best practices: Hardening container images and managing their lifecycle securely within a pipeline.
Cloud-native security implementation: Applying security principles to applications deployed on modern container orchestration platforms.
Automated vulnerability scanning techniques: Integrating diverse types of security scans into development and deployment pipelines.
Infrastructure as Code (IaC) security: Ensuring secure configurations for your underlying infrastructure components.
Policy-as-Code enforcement: Defining and automating security policies to maintain compliance and governance.
Software supply chain security analysis: Identifying and mitigating risks associated with third-party components and dependencies.
Real-time threat detection and response concepts: Understanding how to implement continuous monitoring for security events.
Artifact management and security: Safely managing and scanning build artifacts throughout the pipeline.
Version control system security: Implementing secure practices for source code management and access control.
Open-source CI/CD automation tools: Hands-on experience with leading open-source solutions for pipeline construction.
Integrated security scanning frameworks: Utilizing robust frameworks for identifying vulnerabilities at different stages.
Container runtime security solutions: Exploring tools that provide protection for running containers.
Secret management systems: Best practices for handling sensitive information securely in automated pipelines.
Cloud platform security features: Leveraging native security services within a major cloud provider for enhanced protection.
Comprehensive monitoring and logging tools: Implementing solutions for deep visibility into application and security events.

Benefits / Outcomes

Confidently build and manage secure DevSecOps pipelines: From initial code commit to production deployment.
Lead security initiatives within modern software teams: Becoming a key advocate for ‘security by design’.
Significantly reduce organizational risk: By proactively identifying and addressing vulnerabilities throughout the SDLC.
Accelerate secure software delivery: Integrating automated security into rapid release cycles without sacrificing safety.
Enhance your marketability: As a highly skilled DevSecOps engineer, a sought-after role in the tech industry.
Implement effective shift-left security strategies: Catching and fixing security issues early, saving time and resources.
Master prevalent open-source DevSecOps tools: Gaining practical expertise with a stack that powers leading organizations.
Foster a collaborative security culture: Bridging the gap between development, operations, and security teams.
Contribute to resilient cloud-native applications: Ensuring your applications are robust against emerging threats.
Prepare for advanced DevSecOps certifications: Laying a strong foundational and practical knowledge base.
Solve complex security challenges: By applying a comprehensive understanding of automated security measures.
Gain practical, deployable skills: Ready to be applied immediately in your current or future role.

PROS

Highly rated by a large student base: Evidenced by 4.60/5 from 8,590 students, reflecting quality and effectiveness.
Up-to-date and relevant content: With an April 2025 update, ensuring the latest tools and practices are covered.
Concise yet comprehensive: At 9.6 total hours, it delivers significant value without a huge time commitment.
Focus on open-source tools: Making the skills widely transferable and accessible without proprietary licenses.
Practical, hands-on learning approach: Emphasizing building a complete pipeline for real-world experience.
Strong emphasis on container-based delivery: Aligns with modern cloud-native deployment strategies.
Expert instruction from School of Devops: Leveraging specialized knowledge in the field.
Designed for immediate applicability: Skills learned are directly transferable to professional roles.

CONS

Requires self-discipline for consistent progress: As a self-paced bootcamp, active engagement is key for optimal learning outcomes.