About the job
As a Senior DevSecOps Engineer I, you will play a pivotal role in supporting secure, mission-critical platforms within a federal environment. This position is part of a dynamic and agile design and development team, where you will collaborate closely with developers, data scientists, and government stakeholders to deliver dependable, scalable, and secure application and platform capabilities.
At MetroStar, we believe that exceptional technology services stem from having extraordinary people. We are dedicated to our team and have a proud legacy of over two decades in cultivating the best talent. Our commitment to understanding and prioritizing our people is reflected in our mission: A passion for our people. Value for our customers.
If you envision yourself contributing to our mission and achieving our goals together, we encourage you to explore the job description below!
Key Responsibilities:
- Engage in an agile environment as part of a cohesive design and development team, actively participating in agile ceremonies and providing direct support to government clients.
- Continuously enhance client infrastructure and platform capabilities to empower developers, data scientists, and AI-driven workflows.
- Assist development teams in the deployment, maintenance, and troubleshooting of web applications and AI-enabled services within a secure environment transitioning from IL2 to IL4+.
- Design, deploy, and manage CI/CD pipelines that facilitate application delivery, experimentation, and secure software supply chains.
- Act as a subject matter expert in containerization and DevSecOps, offering insights on secure deployment patterns, platform services, and automation best practices.
- Automate the provisioning of virtual machines and container platforms, creating consistent and repeatable environments for development, testing, and deployment.
- Enable secure access to cloud services and internal capabilities through custom APIs, implementing token-based access controls and service-to-service authentication.
- Support secure experimentation environments, including notebooks and web-based IDEs (e.g., VS Code), while enforcing security and access controls.
- Implement and maintain secure package management, artifact repositories, and controlled dependency update processes.
- Facilitate secure data transfer and access to segmented, secured environments, integrating SSO and role-based access controls across platform services.
- Monitor application and infrastructure health, performance, and availability using enterprise observability tools.
