Security training: How to become a DevSecOps Engineer 2026

The evolution to DevSecOps Engineer: Why now is the right time

In 2026, IT departments will be faced with a multitude of new tasks. Applications are increasingly distributed across different systems, while containerisation and cloud-native architectures are becoming the norm. At the same time, cyberattacks are on the rise - from targeted supply chain attacks to sophisticated social engineering that specifically targets DevOps pipelines. Traditional boundaries between development, operations and IT security are becoming increasingly blurred. This is precisely where the role of the DevSecOps engineer comes into play: specialists who consistently integrate security into software development processes and thus make a significant contribution to the development of secure and fail-safe products.

Interest in expertise in this area is constantly increasing. Companies are increasingly looking for specialists who can embed security as an integral part of agile development and deployment processes. Numerous job adverts reflect this development: terms such as "DevSecOps training", "secure pipeline" or "shift-left security" have long been an integral part of the requirements. Anyone who dares to take the step of training specifically in this discipline will gain valuable advantages on the labour market and actively shape the IT security landscape.

Which path leads to this field of work? Which skills are essential and how can individual learning objectives be sensibly planned? The following sections offer practical recommendations, highlight current developments and show typical career paths for successful DevSecOps training.

DevSecOps in everyday working life: tasks and expectations

DevSecOps experts combine technical expertise from development and IT security. Their focus is on securing the entire software supply chain from end to end. Typical activities include

• Integrating security tools into CI/CD pipelines (such as SAST, DAST or dependency scanning)
• Automation of compliance checks within the development cycle
• Coordination between development, operations and security teams
• Teaching secure coding practices and modern DevOps methods to team members
• Analysing and processing vulnerability reports

The field of activity is varied: for example, a DevSecOps specialist checks the security scan results in Azure DevOps in the morning. During a meeting, current bug fixes are prioritised, while preparations for a code review training session run in parallel. In the afternoon, a policy for automated security checks in container builds is created; container images are then systematically analysed for critical vulnerabilities in the build process before they reach the production environment. During the course of the day, questions also arise from development teams that require a good feel for technical details and the ability to communicate complex security topics in an understandable way.

What skills does a DevSecOps Engineer need?

The requirements for DevSecOps Engineers vary depending on the company environment, but it is possible to identify key areas of expertise that should be taught as part of targeted DevSecOps training:

• Programming skills: At least one scripting language (for example Python or Bash) as well as basics in languages such as Java, C# or JavaScript.
• CI/CD pipeline experience: Practical use of tools such as Jenkins, GitLab CI, GitHub Actions or Azure DevOps. The aim is to seamlessly integrate automated security checks.
• Security tooling: Familiarity with SAST solutions such as SonarQube, DAST tools such as OWASP ZAP, secrets scanners, software bills of materials (SBOMs) and container security solutions (such as Trivy or Aqua).
• Container and cloud environments: Use of Docker, Kubernetes and knowledge of leading public cloud offerings (AWS, Azure, Google Cloud), including specific security mechanisms such as IAM, network segmentation and auditing.
• IT security fundamentals: threat models, authentication methods, encryption technologies, zero trust architectures and identity management.

Communication skills are also essential. DevSecOps Engineers promote an understanding of security in interdisciplinary teams and help to constructively address possible reservations in everyday life.

Individual learning paths: Which training programme suits which background?

Targeted DevSecOps training should build on existing knowledge and specifically address knowledge gaps. Administrators usually have experience in operations, networks and infrastructure management, but sometimes need more practice in scripting or in the area of modern cloud security solutions. Developers are familiar with code, build processes and deployment, but have potential in security and compliance issues. Typical career paths have different focuses:

For experienced developers

• Participation in practice-orientated workshops on "Secure Coding"
  Sample argumentation for a training application: "In order to improve the quality assurance of existing projects and recognise security risks at an early stage, I am applying to attend the 3-day secure coding boot camp at the XYZ Institute."
• Setting up your own projects with Docker and Kubernetes to test security features (such as admission controllers)
• Integration of automated SAST and DAST scans in self-operated CI/CD pipelines, for example with GitHub Actions

For admins and operations specialists

• Taking crash courses in Python automation and CI/CD (via platforms such as Udemy or OpenHPI courses)
• Development of cloud security basics with a focus on identity and access management (entry through certificates from AWS or Azure)
• Regular threat analyses on test systems, initially with open source tools such as ThreatModeler or the Microsoft Threat Modelling Tool

For security specialists

• Practical familiarisation with modern DevOps toolchains, including CI/CD, containerisation and infrastructure as code
• Completion of a certificate in the area of cloud native security, such as the CNCF Certified Kubernetes Security Specialist or AWS Security Specialty

First-hand experience, for example in interactive online labs, is extremely valuable. Platforms such as Katacoda, TryHackMe or Cloud Academy offer practical, realistic environments.

Training and further education formats: Which offerings will be in demand in 2026?

Digital learning programmes are gaining increasing acceptance, with formats continuing to differentiate. Particularly in demand:

• Online bootcamps: compact intensive courses that can often be completed on a part-time basis. Providers such as OpenHPI, Udacity or SANS focus specifically on practical application and case studies.
• Certifications: Recognised standards such as CompTIA Security+, (ISC)² CSSLP, AWS Certified Security - Specialty or the CNCF certificate "Certified Kubernetes Security Specialist".
• Microlearning: Short knowledge bites such as videos or quiz formats to regularly update current knowledge - for example via Pluralsight or LinkedIn Learning.
• Internal hackathons and security challenges: This involves learning together on real challenges, often with a direct link to company practice.

Anyone applying for DevSecOps training should actively include experience from further education and training formats in their CV and interview. An example of a convincing presentation: "In addition to my regular tasks, I took part in the interactive CI/CD Security Bootcamp focussing on Kubernetes and developed an automated scan pipeline for open source projects."

Practical scenarios: How DevSecOps brings real added value

Real-life examples illustrate how DevSecOps further training improves processes and minimises risks:

• Reliable release under high time pressure: a fintech company integrates automated Static Application Security Testing (SAST) into existing GitLab CI processes. Releases continue to take place quickly, while vulnerabilities are detected much earlier. The number of productive security incidents is reduced by 60 per cent and the workload of the crisis team is significantly reduced.
• Sustainable compliance in the cloud context: An internationally active medium-sized company uses infrastructure-as-code policies (via Terraform, AWS) to automatically document security settings and check for compliance. Deviations are recognised as early as the pull request stage, significantly reducing the audit effort required for certification.

A concrete example from everyday work: developers want to prevent API keys from accidentally ending up in the repository. The use of an automated secrets scanner such as GitGuardian effectively solves this problem - a relatively small measure with a significant impact. Such experiences are valuable for application documents and interviews.

Tips for your learning and career plan in 2026

Personal DevSecOps training should be viewed as an ongoing process. For sustainable learning success and the continuous development of relevant skills, it is advisable to

• Set clear, realistic goals (for example: "I will complete the CKSS certification by Q3 2026.")
• Document your own projects and learning progress publicly, for example on GitHub or LinkedIn
• Use mentoring programmes or professionally relevant communities - such as DevSecOps groups on Meetup or discussion forums on cloud security
• Keeping a close eye on new developments in the area of AI-supported security tools, as interfaces between MLOps and SecOps are becoming increasingly intensive

Appreciation for small milestones also remains important. Experience has shown that mentioning additional qualifications or publishing your own code examples has a positive effect on applications and careers.

Conclusion: Invest in your DevSecOps training for a secure career

The position of DevSecOps engineer continues to gain in importance. Those who qualify accordingly today will open up a wide range of career opportunities, from exciting projects to attractive salaries. By utilising digital learning opportunities, gaining practical experience and continuously expanding their own portfolio, specialists are optimally positioned for the IT security jobs of the future.