Modern DevOps Practices We Are Implementing: Lessons from My 2-Year Journey

Anshika MishraAnshika Mishra
3 min read

When I began my career in DevOps two years ago, I initially thought it was primarily about automating builds and managing deployments. However, the role has evolved far beyond that. Today, DevOps is about improving the entire software delivery lifecycle through automation, security, scalability, and better collaboration.

In this blog, I would like to share some of the new practices, tools, and approaches we are using in my organization, and how they are helping us deliver software more efficiently and reliably.


1. Moving Towards GitOps with ArgoCD

One of the most impactful changes we have made recently is shifting to a GitOps model for Kubernetes deployments using ArgoCD.

With ArgoCD in place:

  • Application deployments are automated based on Git changes.

  • Rollbacks are straightforward through Git versioning.

  • Manual interventions have reduced by nearly 80%.

This shift has not only improved deployment speed but also enhanced visibility and traceability across all environments. From a personal perspective, working closely with GitOps principles has strengthened my understanding of declarative infrastructure and automated synchronization.


2. Building Robust CI/CD Pipelines (Jenkins + SonarQube Integration)

Earlier, our CI/CD pipelines were basic — limited to builds and manual approvals. Over the last year, we redesigned them into robust, automated pipelines.

Currently, our Jenkins pipelines manage:

  • Code compilation and builds using Maven.

  • Automated unit testing.

  • Docker image creation and publishing.

  • Code quality checks through SonarQube integration.

By enforcing SonarQube quality gates, we ensure that only code meeting predefined quality standards proceeds to production. Setting up and maintaining these pipelines has helped me gain deep expertise in pipeline-as-code best practices and Jenkins administration.


3. Standardizing Deployments with Docker

Containerization has become a major focus for us. Today, every application is packaged as a Docker container.

  • We use multi-stage Docker builds to optimize image size and security.

  • Environments across development, testing, and production are consistent.

  • Deployment times have improved significantly due to smaller and more efficient container images.

Working extensively with Docker has given me hands-on experience in writing optimized Dockerfiles, managing image vulnerabilities, and understanding container orchestration at scale.


4. Empowering Developers through Self-Service Platforms

Another key improvement has been creating self-service DevOps tools for developers.

Instead of waiting for manual operations support, developers can now:

  • Spin up isolated Kubernetes namespaces.

  • Deploy feature branches independently.

  • Monitor logs, application status, and performance metrics.

This has significantly reduced developer wait times and allowed the DevOps team to focus on maintaining platform reliability and security.


5. Shifting Left on Security (DevSecOps Practices)

Security is no longer an afterthought in our DevOps processes. We have adopted several DevSecOps practices to integrate security early in the development lifecycle:

  • Static code analysis and vulnerability scans are triggered automatically on code commits.

  • Container images are scanned before deployment.

  • Kubernetes clusters enforce strict RBAC policies and access controls.

Personally, learning to embed security practices early in the CI/CD process has been a valuable addition to my DevOps skill set.


Final Thoughts

Reflecting on my two-year journey in DevOps, I have realized that while tools and platforms will continue to evolve, the core principles remain constant: automation, consistency, security, and collaboration.

Implementing GitOps, strengthening CI/CD pipelines, embracing containerization, empowering developers, and prioritizing security have collectively transformed our software delivery process. There is still much to explore — including enhancing observability, introducing chaos engineering, and optimizing cloud costs — but the progress so far has been highly motivating.

For those who are early in their DevOps career like me, my advice would be: focus on understanding the bigger picture, stay curious about new technologies, and continuously seek hands-on experience. Practical learning is key to growing in this dynamic field.


Thank you for reading! I would love to hear about the practices and tools you are exploring in your DevOps journey.

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Written by

Anshika Mishra
Anshika Mishra

Passionate about DevOps, I focus on automating processes and optimizing system performance using tools like Docker, Kubernetes, Terraform, and Ansible. With experience in CI/CD, cloud infrastructure, and container management, I aim to improve efficiency, security, and scalability in every project I work on.