Lead Kubernetes Engineer (Remote)

As a Lead Kubernetes Engineer at VivSoft, your key responsibilities will include designing, implementing, and maintaining secure containerized environments using Kubernetes and Docker. You will also be tasked with developing best practices for integrating security into the development lifecycle while implementing CI/CD pipelines to streamline deployments. Monitoring for vulnerabilities and conducting regular security audits will be vital to ensuring compliance with FDIC standards.

To qualify as a Lead Kubernetes Engineer at VivSoft, you should have at least a Bachelor's Degree in Computer Science or a related field and over 8 years of experience in DevSecOps. You need a strong background in Kubernetes and Docker, along with a deep understanding of CI/CD pipelines and infrastructure as code. Proven experience in managing secure and scalable containerized environments, alongside expertise in cloud platforms such as AWS, Azure, or GCP, will further strengthen your candidacy.

At VivSoft, we integrate DevSecOps practices by embedding security at every step of our development lifecycle. As a Lead Kubernetes Engineer, you will lead initiatives to enforce security best practices, ensuring that security measures are an inherent part of the project from design to deployment. Implementing continuous integration and deployment processes will be key to achieving an agile, secure development environment.

Container orchestration is critical in the Lead Kubernetes Engineer role at VivSoft as it enables the efficient management of complex containerized applications. You will design and execute strategies for resource allocation, security hardening, and automated deployments within Kubernetes clusters to support scalable applications. This ensures that applications run efficiently and securely, optimizing performance and resource usage while minimizing overhead.

VivSoft offers significant professional growth opportunities for a Lead Kubernetes Engineer through ongoing mentorship programs, the chance to lead challenging federal projects, and involvement in cutting-edge technology initiatives. You'll have the opportunity to mentor junior engineers, advance your skills in containerization and DevSecOps, and contribute to a culture of innovation and excellence within our team.

When answering this question, illustrate your hands-on experience with container technologies. Mention specific projects or implementations where you've utilized Kubernetes and Docker, focusing on your role in implementing security practices and orchestrating container environments effectively.

Detail your strategies for integrating security checks throughout the CI/CD pipeline. Discuss automated testing, vulnerability assessments, and security gate practices that you've employed to catch issues early in the development process.

Provide a specific example of a challenge related to container security, such as managing vulnerabilities or compliance issues. Explain the steps you took to address the problem, including collaboration with team members and implementing remediation strategies.

Discuss various monitoring tools and practices you have experience with, like Prometheus, Grafana, or ELK Stack. Emphasize the importance of real-time monitoring in detecting anomalies and ensuring ongoing security within Kubernetes clusters.

Share your methods for staying current in the field, such as subscribing to industry newsletters, participating in tech conferences, engaging with online communities, and experimenting with new tools and frameworks that enhance your knowledge and skills.

Explain your approach to optimizing resource usage within Kubernetes, including best practices for resource requests and limits, cluster autoscaling, and workload scheduling. Provide examples of situations where such optimization has been effective.

Outline a systematic response plan for dealing with a security breach, including incident detection, containment, eradication, and recovery. Discuss the importance of communication and documentation throughout the process.

Share specific experiences where you've guided junior engineers through projects or helped them understand containerization practices. Describe your approach to mentorship and how it fosters a knowledge-sharing culture within the team.

Provide a concrete example of a project that required collaboration among different teams. Discuss your communication strategies, how you set expectations, and the tools you utilized to keep everyone aligned and informed.

Discuss your approach to balancing security and efficiency, emphasizing the significance of implementing security by design. Share how you manage time and resources to ensure that security protocols are not compromised even under pressure.