DevSecOps Engineer II

As a DevSecOps Engineer II at Sev1Tech, you will design, develop, maintain, and secure continuous integration and continuous delivery solutions, manage OCI-compliant container solutions for Kubernetes environments, and ensure the secure deployment of microservices. Furthermore, you'll be participating in creating Infrastructure as Code for scalable cloud infrastructures and applying security-focused development practices.

To qualify for the DevSecOps Engineer II role at Sev1Tech, you need at least 4 years of IT experience, with a minimum of 2 years in software development for microservices, a high proficiency in creating CI/CD pipelines, and substantial experience in containerization using tools like Docker. Additionally, skills in Kubernetes, Bash, Python, and security practices for containerized environments are required.

DevSecOps Engineers II at Sev1Tech often work with tools such as Jenkins for CI/CD pipelines, Terraform for Infrastructure as Code, Docker for containerization, and platforms like Twistlock, SonarQube, and Splunk for security and monitoring purposes. Familiarity with AWS services and security frameworks is also beneficial.

At Sev1Tech, the work environment for a DevSecOps Engineer II is collaborative and dynamic, with a strong emphasis on teamwork and communication. You'll be joining a fully remote team that values innovative thinking and proactive problem-solving, enabling you to work closely with different teams while also pushing the boundaries of technology in the IT industry.

Sev1Tech is dedicated to fostering growth and development within its team. As a DevSecOps Engineer II, you will have opportunities for professional development through various training programs, mentorship from senior engineers, and the chance to work on cutting-edge projects. The environment encourages continuous learning and career progression.

When asked about your experience with CI/CD pipelines, focus on specific examples where you designed or implemented these pipelines in past roles. Mention the tools you’ve used, such as Jenkins or Harness, and elaborate on the challenges faced and how you overcame them to improve software delivery.

Discuss your approach to integrating security into the CI/CD process. Mention practices such as secure coding standards, using vulnerability scans such as Twistlock or SonarQube, and incorporating security testing as part of the development pipeline to catch issues early.

Share your methods for containerizing applications, including the tools you typically use (like Docker), and your understanding of Kubernetes' architecture. Highlight your experience with Kubernetes deployments and scaling solutions effectively while maintaining security.

When addressing Infrastructure as Code, explain how you’ve used tools like Terraform to manage infrastructure provisioning and configuration. Provide examples of the environments you've built and the efficiencies gained through automation, emphasizing the benefits of reproducibility and version control.

Illustrate your troubleshooting process, mentioning tools used for monitoring and logging, like Splunk or other APM tools. Discuss how you approach isolating issues, identify bottlenecks, and ensure that all microservices communicate well and perform optimally.

Describe a structured approach to deployment, touching on the importance of staging environments, automation in CI/CD pipelines, and rollback mechanisms. Convey your understanding of maintaining uptime and how you coordinate releases with development teams.

Share a specific instance where you've identified an inefficiency, whether in CI/CD processes or development workflows. Explain the steps you took to implement improvements and the outcomes, demonstrating your impact on productivity and quality.

Talk about the security tools you've used in your DevSecOps role, their purpose, and how they fit into the overall development and deployment process. Highlight your familiarity with integrating these tools seamlessly to enhance security without hindering development speed.

Discuss your engagement with online communities, courses, certifications, and attending industry conferences or webinars. Showcase your commitment to continuous learning and adapting to emerging technologies or frameworks in the DevSecOps space.

Reflect on common challenges faced in the DevSecOps landscape, such as balancing speed with security or integrating new tools into existing processes. Offer insights into how you approach these challenges and your proactive strategies for mitigating risks while maintaining agility.