Site Reliability Engineer

Who You'll Work With

As a Site Reliability Engineer within the Platform Software Team, you will focus on developing and sustaining the fundamental infrastructure that supports our Manufacturing and Platform Diagnostics teams. This critical environment facilitates the validation of high-speed digital designs and ensures optimized manufacturing yields for Arista Network products, which serve the largest data centers across the computer networking sector

In this role, you will collaborate closely with a core team of Infrastructure and Tools Engineers. Serving as a bridge across multiple Arista engineering groups, you will develop systems and tools utilized within our HW Labs and Manufacturing sites to ensure that lab and manufacturing operations run smoothly.

What You’ll Do:

As a SRE, you’ll be responsible for the software infrastructure powering our HW Labs and Manufacturing Sites. This includes:

• Build, deploy safely and incrementally and operate critical production systems with focus on scalability, reliability, observability, performance and security.
• Monitor, support and enhance product deployment experience across services.
• Build automation to remove toil and efficiently operate production systems.
• Proactively monitor, respond to, and enhance alerts and set up automated alert handling
• Create and maintain the incident response runbooks.
• Build and deploy new systems with scalability, reliability, and observability as primary requirements
• Triage platform/infrastructural issues and help Arista software engineers in their triages. Engage with 3rd party vendor support.
• Deploy new systems in a staged manner
• Write postmortem documents and build solutions to avoid incidents from repeating.
• Plan and communicate maintenance windows on production systems.
• Work with Arista’s product development teams to identify infrastructural issues that are causing bottlenecks and limitations in their workflows. Design and implement solutions to resolve them.
• Survey and adopt best practices around infrastructure/platform to maintain secure, scalable and fault-tolerant systems.
• Implement solutions to scale the systems
• Implement fault-tolerance and performance to improve availability of the systems
• Study the design and sufficient implementation details of OSS systems for better triage and fix resolution