MTS Site Reliability Engineer

WHO WE ARE:

For enterprises struggling to secure cloud workloads, Aviatrix® offers a single solution for pervasive cloud security. Where current cybersecurity approaches focus on securing entry points to a trusted space, Aviatrix Cloud Native Security Fabric (CNSF) delivers runtime security and enforcement within the cloud application infrastructure itself – closing gaps between existing solutions and helping organizations regain visibility and control. Aviatrix ensures security, cloud, and networking teams are empowering developer velocity, AI, serverless, and what’s next. For more information, visit www.aviatrix.ai.

ABOUT THE ROLE:

The Aviatrix SRE team is a small but highly skilled global group of Systems Engineers/SREs dedicated to ensuring the reliability, availability, and performance of Aviatrix’s critical systems and services. Our mission is to build and maintain a robust, resilient infrastructure that enables Aviatrix to deliver high-quality services with agility through automation, best practices, and a culture of operational excellence.

As a Member of Technical Staff (MTS) Site Reliability Engineer, you’ll be developing your foundational SRE skills while contributing to the reliability and performance of our systems. You’ll work under supervision to implement solutions, learn our infrastructure, and gain hands-on experience with production systems.

KEY RESPONSIBILITIES

• Kubernetes: Learn to manage basic application deployments, assist with troubleshooting, and support monitoring tasks
• Infrastructure as Code: Implement IaC for straightforward provisioning tasks and configuration changes
• Automation & Development: Contribute to existing automation tools and frameworks in Golang and Python
• Basic System Maintenance: Contribute to system reliability through routine maintenance tasks and monitoring
• Implementation Support: Implement well-defined solutions for moderate complexity technical problems
• Reliability Engineering: Learn fundamentals of system reliability; contribute to maintaining uptime for well-defined services under guidance
• Automation Excellence: Execute basic automation scripts; contribute to existing automation frameworks with supervision
• Observability: Implement basic monitoring configurations; learn to read dashboards and interpret common metrics
• Incident Management: Participate in incident response with escalation support; document findings and learnings
• Performance Engineering: Monitor system performance using established metrics; escalate performance issues appropriately
• Collaboration: Pa