DevSecOps Engineering Training & Certification

Build a strong foundation in DevSecOps concepts, principles, business value, and secure collaboration across teams.

• Definition of DevOps and DevSecOps: Learn the differences between DevOps and DevSecOps, and how security becomes an integrated responsibility across delivery teams.
• Historical Origins and Related Concepts: Understand how DevOps evolved and why DevSecOps emerged to solve growing software security challenges.
• Advantages of Implementing DevSecOps: Explore how DevSecOps improves release speed, quality, compliance, collaboration, and risk reduction.
• Guiding Principles of DevOps: Learn the cultural and operational principles that support continuous delivery and rapid feedback.
• Key Concepts of DevSecOps: Understand automation, policy enforcement, shared ownership, continuous testing, and secure delivery pipelines.
• Overview of the DevSecOps Manifesto: Learn how modern DevSecOps principles encourage speed, trust, accountability, and built-in security.
• Addressing Security Challenges with DevSecOps: Explore how integrated practices reduce late-stage vulnerabilities and manual security bottlenecks.
• Implementing Security as Code: Learn how security controls can be automated and managed through code-driven approaches.
• Benefits in CI/CD Pipelines: Understand how DevSecOps strengthens CI/CD pipelines through automated checks and faster remediation.
• Business Case for DevSecOps: Learn how shifting security left lowers costs, reduces incidents, and improves delivery outcomes.
• Roles, Responsibilities, and Collaboration: Understand how development, operations, and security teams collaborate in shared delivery models.

Learn how DevSecOps integrates into every phase of the software development lifecycle.

• Introduction to DevSecOps within SDLC: Learn how security controls align with planning, coding, testing, deployment, and operations stages.
• Navigating the DevSecOps Journey: Understand practical steps organizations take to adopt DevSecOps successfully across teams and systems.
• Maturity Models for Implementation: Explore maturity frameworks used to assess and improve DevSecOps capabilities over time.

Master secure practices applied across each SDLC phase for consistent delivery protection.

• Planning Phase Security Integration: Learn how threat modeling, requirements review, and governance begin during planning.
• Coding Phase Security Practices: Understand secure coding standards, peer reviews, and developer security responsibilities.
• Build Phase Security Controls: Learn how secure builds use dependency checks, secrets management, and policy gates.
• SAST and Software Composition Analysis: Explore how SAST and SCA tools detect vulnerabilities and open-source risks early.
• Testing Phase Security Practices: Learn how security testing validates resilience before production release stages.
• Secure Deployment Practices: Understand how release automation supports controlled, auditable, and secure deployments.
• Secure Operations Management: Learn how monitoring, patching, logging, and incident response support production security.
• Common Myths of DevSecOps: Explore misconceptions that slow adoption and how to overcome them effectively.

Understand DevOps fundamentals and how security fits naturally into delivery workflows.

• Exploring the Concept of DevOps: Learn how DevOps improves collaboration, automation, and delivery speed across teams.
• Incorporating Security into DevOps Workflow: Understand how security checkpoints and automation become part of everyday delivery pipelines.

Build the practical mindset required for secure software development in modern environments.

• Challenges in Implementing DevSecOps: Learn common barriers such as culture gaps, tooling complexity, and resistance to change.
• Importance in Modern Software Development: Understand why DevSecOps is essential for cloud-native, agile, and high-speed delivery models.

Learn the first practical steps required to embed security into modern development and cloud environments successfully.

• Understanding the Shift Left Security Approach: Learn how Shift Left moves security testing and risk detection earlier into development for faster remediation.
• Common Aspects of DevOps and Cloud Computing: Understand how automation, scalability, and agility connect DevOps practices with cloud environments.
• Introduction to SAST and Common Tools: Learn how Static Application Security Testing tools scan source code to detect vulnerabilities early.
• Overview of DAST and Common Tools: Understand how Dynamic Application Security Testing evaluates running applications for security weaknesses.
• Selecting the Right Security Tools: Learn how to choose tools based on integration ease, coverage, scalability, and business requirements.

Build knowledge of security controls applied across planning, development, build, and testing stages.

• Implementing Security Controls in DevSecOps: Learn how automated controls enforce policies, reduce risks, and maintain secure development standards consistently.
• Security in Planning and Development Phases: Understand how requirements reviews, secure design, and coding standards reduce vulnerabilities early.
• Ensuring Security During Code Commits: Learn how commit hooks, scans, and approvals strengthen source code integrity.
• Security in Build and Test Phases: Understand how build pipelines and testing gates identify issues before release stages.

Understand modern architectures and their security implications in DevSecOps environments.

• Rise of Microservices Architecture: Learn why organizations adopt microservices for scalability, agility, and faster independent deployments.
• Comparing Microservices with Monoliths: Understand the differences, benefits, and trade-offs between monolithic and microservice applications.
• Relationship Between Microservices and APIs: Learn how APIs connect services and enable modular application communication securely.
• Advantages and Disadvantages of Microservices: Explore operational benefits and challenges such as complexity, observability, and governance needs.

Learn how containers improve portability, consistency, and speed in software delivery pipelines.

• What Are Docker Containers: Understand container concepts and how Docker packages applications with dependencies for consistent deployments.
• Developing Applications Using Containerization: Learn how container-based development improves testing, portability, and release efficiency.
• Advantages of Containerization: Explore benefits such as scalability, speed, resource efficiency, and environmental consistency.
• Drawbacks of Containerization: Understand risks including misconfigurations, image vulnerabilities, and orchestration complexity.

Build essential security knowledge required for DevSecOps professionals managing modern software environments.

• Ethical Hacking, Cyber Security, and Information Security: Learn the distinctions between these domains and how they support stronger security programs.
• Core Concepts of Information Security: Understand confidentiality, integrity, availability, authentication, and accountability principles.
• Career Opportunities in Information Security: Explore growth opportunities across governance, engineering, testing, and security operations roles.
• Encryption Techniques for Sensitive Data: Learn how encryption protects information at rest and in transit effectively.
• Effective Policy Management: Understand how policies guide secure behavior, governance, and compliance practices.
• Password Management Best Practices: Learn how credential hygiene and privileged access controls reduce compromise risks.
• Secure Development Lifecycles: Explore how security is embedded across planning, coding, testing, and deployment phases.
• Standards, Best Practices, and Regulations: Understand how frameworks and regulations shape secure delivery requirements.
• Threat Modeling and Risk Management: Learn how structured risk analysis identifies threats and guides mitigation priorities.

Learn how cloud platforms and Infrastructure as Code help organizations scale faster, automate environments, improve consistency, and strengthen security controls.

• What Is Cloud and Cloud Computing: Understand cloud fundamentals, shared computing resources, on-demand services, and how cloud computing supports faster delivery and business agility.
• Cloud Service Providers and Offerings: Learn how major providers offer compute, storage, databases, networking, analytics, and security services for modern business needs.
• Advantages of Cloud Computing: Explore benefits such as scalability, cost efficiency, rapid provisioning, global reach, resilience, and reduced infrastructure management overhead.
• Cloud Service Models: Understand IaaS, PaaS, and SaaS models, their differences, and how organizations choose the right fit.
• Cloud Deployment Models: Learn the differences between public, private, hybrid, and multi-cloud models based on security and operational needs.
• Infrastructure as Code Fundamentals: Understand how IaC uses templates and scripts to automate provisioning, version control, repeatability, and secure infrastructure changes.

Master automation practices that help teams build, test, release, and deploy software quickly with stronger reliability and security.

• Understanding the Software Development Life Cycle: Learn how planning, coding, testing, deployment, and maintenance stages connect with DevSecOps automation and quality practices.
• Integration, Delivery, and Deployment Concepts: Understand the differences between continuous integration, continuous delivery, and continuous deployment with practical release workflow examples.
• What Is CI/CD: Learn how CI/CD pipelines automate builds, tests, approvals, packaging, and releases for faster and dependable software delivery.
• Securing CI/CD Pipelines: Explore methods to protect credentials, artifacts, access permissions, dependencies, and deployment workflows from security threats.

Gain direct guidance from experienced professionals to solve practical challenges and accelerate your DevSecOps career growth confidently.

• Dedicated One-on-One Expert Sessions: Learn directly from certified mentors through personalized sessions focused on your technical goals and implementation challenges.
• Resolve Tool Integration and CI/CD Queries: Understand how experts help solve real issues involving toolchains, automation pipelines, testing flows, and deployment practices.
• Guidance for Organizational Rollout: Learn how to plan DevSecOps adoption across teams, processes, governance structures, and enterprise technology environments successfully.
• Enterprise Practices and Industry Trends: Explore current enterprise DevSecOps patterns, compliance expectations, emerging tools, and future market trends.

Apply your learning through hands-on tools, realistic scenarios, guided labs, and certification-focused practical exercises.

• Hands-On with DevSecOps Tools: Learn practical usage of Jenkins, GitLab, SonarQube, OWASP ZAP, Docker, and Terraform in secure delivery environments.
• Pipeline Templates and IaC Scripts: Understand how reusable templates and infrastructure scripts improve speed, consistency, governance, and deployment quality.
• Real-World Case Studies: Explore practical examples from regulated industries and cloud-native organizations handling compliance, speed, and security demands.
• Certification Preparation Pathways: Learn how this program supports readiness for DevSecOps Foundation, CKS, and advanced career certifications.
• Interactive Labs and Simulations: Practice realistic scenarios through guided labs that strengthen implementation confidence and technical problem-solving ability.
• Final Project: Secure CI/CD Pipeline Design: Apply course concepts by designing, automating, and securing a complete CI/CD pipeline using industry-standard tools.