Introduction
Modern software teams are under pressure to ship fast, stay always-on, and still remain secure. Security checks at the end of the release cycle are no longer enough, and many teams struggle to keep up with growing vulnerabilities and compliance needs.
This is where devsecops comes in as a practical approach to build security into every stage of development and operations, instead of treating it as a separate gate at the end. In this blog, the term devsecops will be used naturally and once it will be linked to the official course page at DevOpsSchool so you can explore the complete program in detail.
Real problems learners and professionals face
Many developers, operations engineers, and security teams face similar challenges when working on modern applications. Common issues include:
- Security being added late in the lifecycle, leading to last-minute delays and production incidents.
- Disconnected tools and teams where development, security, and operations do not share a common workflow.
- Manual reviews and scattered scripts that cannot scale with frequent releases.
- Lack of clarity on which security controls matter most in CI/CD pipelines.
Professionals know they “should” integrate security into pipelines, but often do not have a guided, hands-on way to learn tools, patterns, and workflows end to end.
How this course helps solve those problems
The DevSecOps Certified Professional (DSOCP) training at DevOpsSchool is designed to connect security concepts with real DevOps workflows instead of teaching theory in isolation. It shows how to embed security controls into build, test, deployment, and operations pipelines using widely adopted tools.
Through a mix of instructor-led sessions, hands-on labs, and scenario-based discussions, learners practice setting up secure SDLC stages, integrating scanners into CI/CD, and building monitoring and incident-response workflows that fit into existing DevOps practices. This helps bridge the gap between what teams want to achieve and what they actually implement in projects.
What you will gain as a learner
By the end of the course, learners will have both conceptual clarity and practical confidence to design and operate secure DevOps environments. Key gains include:
- A structured understanding of DevSecOps principles such as shift-left security, continuous security, and automation.
- Experience integrating security tools into pipelines for code, dependencies, containers, infrastructure, and runtime environments.
- Ability to map security controls to real project scenarios and communicate with development, operations, and security stakeholders.
This is particularly valuable for professionals who want to move from traditional roles into security-focused DevOps or platform engineering positions.
Course overview
DevOpsSchool’s DevSecOps Certified Professional program is a structured, advanced-level course that focuses on both foundations and hands-on practice. It typically runs for around 100 hours, giving enough time to understand concepts, tools, and project work in depth.
At a high level, the course covers:
- DevSecOps principles and culture
- Secure Software Development Lifecycle (SDLC)
- Threat modeling and risk management
- Security for CI/CD, containers, infrastructure as code, and cloud environments
- Continuous monitoring, SIEM, and incident response automation
- Advanced threat detection and security orchestration
Learning is delivered through online instructor-led sessions, supported by labs, assignments, and project scenarios where you implement what you learn.
Skills and tools covered
The course goes beyond generic security talk and brings in specific tools that are actively used in the industry. Across different modules, learners work with:
- Code quality and security: SonarQube, Snyk, and similar scanners for code and dependencies.
- Application and API security testing: OWASP ZAP and related tools for dynamic analysis.
- Container and Kubernetes security: Aqua Security and security controls around Docker and Kubernetes.
- Infrastructure as Code security: Terraform with tools like Checkov to scan and harden configurations.
- CI/CD ecosystem: Integrations with Azure DevOps, GitHub, GitLab, Jenkins, and other pipeline tools.
- Monitoring and incident response: Splunk for SIEM and platforms such as XSOAR and Demisto for incident automation and orchestration.
Working with these tools in guided labs helps learners understand not just the “what”, but also the “how” and “where” to plug them into existing workflows.
Course structure and learning flow
The DevSecOps program follows a staged learning flow that mirrors how security should be embedded in a real SDLC. A typical structure looks like this:
- Introduction to DevSecOps
- DevSecOps principles and culture
- Secure SDLC
- Application and infrastructure security
- Monitoring, SIEM, and incident response
- Advanced DevSecOps and certification preparation
- Advanced threat detection techniques.
- Review, practice, and guidance for certification and real-world application.
This sequence helps learners move from fundamentals to advanced topics without losing context.
Why this DevSecOps course is important today
Security expectations have risen across all industries, and regulatory pressure is intensifying. At the same time, organizations are adopting DevOps, microservices, containers, and cloud-native architectures that increase complexity and attack surface.
This course aligns closely with these shifts by focusing on:
- Integrating security directly into DevOps pipelines rather than around them.
- Using automation to keep up with frequent deployments and large-scale systems.
- Building skills that match the needs of modern engineering and security teams, not just traditional security audits.
Professionals who can understand both DevOps and security are in growing demand across product companies, enterprises, and service providers.
Industry demand and career relevance
Organizations now look for engineers who can own not just uptime and performance but also security posture across the lifecycle. This includes roles such as DevSecOps Engineer, Security-focused DevOps Engineer, Security Automation Engineer, and Platform or SRE roles with security responsibilities.
The DevSecOps Certified Professional program from DevOpsSchool provides a structured way to acquire skills that map to these roles, including hands-on practice and recognized certification. Because the curriculum is aligned with current tools and practices, it helps professionals update their skills to match what hiring managers expect in modern teams.
Real-world usage of course skills
The skills from this course apply directly to day-to-day project work. Examples include:
- Building CI pipelines that automatically scan code, dependencies, and containers before deployment.
- Introducing infrastructure as code checks to ensure secure configurations in cloud environments.
- Setting up centralized logging and SIEM to detect suspicious behavior and respond quickly.
- Coordinating incident workflows across security and operations using automation.
Instead of being theoretical, these scenarios mirror how actual DevOps and security teams collaborate in organizations adopting DevSecOps practices.
What you will learn from this course
Technical skills
From a technical standpoint, learners gain skills such as:
- Designing and implementing secure CI/CD pipelines.
- Applying static, dynamic, and software composition analysis tools in build and deploy stages.
- Securing containers and Kubernetes clusters using specialized tooling.
- Writing and managing secure infrastructure as code with Terraform and related scanners.
- Implementing centralized monitoring, SIEM, and automated incident response flows.
These skills are reinforced through labs and assignments that simulate real deployment and production environments.
Practical understanding
Beyond tools, the course emphasizes decision-making and architectural thinking. Learners practice:
- Choosing the right security controls for a given application and risk profile.
- Positioning security checks at appropriate stages of a pipeline to balance speed and safety.
- Understanding how security culture influences collaboration and change management.
This practical lens helps participants apply DevSecOps thinking even when tools or platforms change.
Job-oriented outcomes
The certification and project work are designed to be career-oriented. Outcomes include:
- A portfolio of hands-on experience that can be discussed in interviews.
- Stronger positioning for DevOps roles that include security responsibilities.
- Better ability to contribute to or lead security initiatives within engineering teams.
The structured certification also signals to employers that the learner has covered both breadth and depth in DevSecOps topics.
How this course helps in real projects
Real project scenarios
The course includes real-time, scenario-based projects where learners apply DevSecOps concepts end to end. These scenarios may involve:
- Building a secure pipeline for a sample microservice application.
- Implementing container security policies and validating them with scans and runtime checks.
- Creating infrastructure templates with Terraform and hardening them using policy-as-code tools.
- Configuring SIEM dashboards and automated responses for security events.
Working on such scenarios helps participants understand how individual tools and practices come together in a complete workflow.
Team and workflow impact
DevSecOps is as much about collaboration as it is about tools. The course addresses this by:
- Showing how development, operations, and security teams can share responsibilities through common pipelines and dashboards.
- Demonstrating how automated checks and clear feedback loops reduce friction and rework.
- Highlighting communication patterns, documentation practices, and governance approaches that keep teams aligned.
This prepares learners to contribute constructively in cross-functional teams and champion practical improvements rather than siloed controls.
Course highlights and benefits
Learning approach
DevOpsSchool follows a mentor-driven, hands-on approach rather than purely theoretical sessions. Key aspects include:
- Instructor-led online training with live interaction and doubt resolution.
- Practical labs and real-world projects to convert concepts into repeatable skills.
- Access to learning materials and recordings through a Learning Management System (LMS), enabling flexible review and self-paced reinforcement.
This structure supports both working professionals and learners in different time zones.
Practical exposure
The DevSecOps program emphasizes doing over just listening. Participants:
- Work through stepwise exercises in cloud-based or virtualized lab environments.
- Apply tools like SonarQube, ZAP, Aqua Security, Terraform, Splunk, and XSOAR in integrated pipelines.
- Receive guidance on troubleshooting, optimization, and real-world limitations they might encounter in projects.
This kind of exposure helps learners feel comfortable when applying similar setups in their organizations.
Career advantages
Completing this program and certification helps you stand out in an increasingly crowded DevOps job market. Benefits include:
- Recognition as a DevSecOps Certified Professional, with a certification that is positioned as globally relevant.
- Skills that match employer expectations around secure pipelines, cloud-native security, and automated defenses.
- Readiness to transition into or grow within roles that combine DevOps and security responsibilities.
Key course summary table
Below is a concise view of key aspects of the DevSecOps Certified Professional program:
About DevOpsSchool
DevOpsSchool is a specialized training platform focused on DevOps, DevSecOps, SRE, Cloud, containers, and related modern engineering disciplines for professionals and enterprises. It offers mentor-led programs, hands-on labs, structured learning paths, and industry-aligned certifications that help teams adopt new technologies and practices with real-world relevance.
About Rajesh Kumar
Rajesh Kumar is a senior DevOps and DevSecOps mentor with over 20 years of hands-on industry experience across tooling, automation, and large-scale implementations. As a key trainer and program architect for many courses at DevOpsSchool, he focuses on practical, scenario-based guidance that helps learners apply concepts directly in their projects and careers.
Who should take this DevSecOps course
This course is suitable for a wide range of technology professionals who want to strengthen their security capabilities. Typical profiles include:
- Beginners in DevOps or cloud who want a structured path into security-aware delivery practices.
- Working developers and DevOps engineers seeking to add security skills to their existing roles.
- Security professionals who want to understand CI/CD, cloud, and modern automation ecosystems.
- Career switchers from system administration, QA, or traditional IT roles who aim to move into DevSecOps-focused positions.
Anyone involved in building, deploying, or operating applications in modern environments can benefit from learning how to integrate security throughout the lifecycle.
Conclusion
The DevSecOps Certified Professional course from DevOpsSchool provides a structured, practical way to embed security into modern DevOps workflows using real tools, real scenarios, and guided mentorship. It helps learners move beyond theory to build secure pipelines, strengthen collaboration across teams, and position themselves for security-aware DevOps and cloud roles in today’s industry.
To know more about this devsecops training and certification program, explore the official course page at DevOpsSchool: DevSecOps course.
For any queries, scheduling details, or enrollment support, you can reach DevOpsSchool at:
Email: contact@DevOpsSchool.com
Phone & WhatsApp (India): +91 84094 92687
Phone & WhatsApp (USA): +1 (469) 756-6329