About the job
About Us:
At Parabola, we empower teams to transform and streamline complex data workflows with ease. Our innovative workflow builder allows users to automate tasks that were previously manual, including data from PDFs, emails, and spreadsheets. Forward-thinking companies such as Brooklinen, On Running, and Flexport leverage Parabola to enhance their productivity and tackle ambitious projects. Our platform enables teams to automate processes, saving valuable time and resources, all without requiring extensive engineering support.
Supported by prominent investors like OpenView Partners, Matrix Partners, and Thrive Capital, we are committed to continuous innovation and growth.
About the Role:
As a Senior Site Reliability Engineer, you will be integral to our dynamic team, focusing on measuring and enhancing the performance of our software systems. Your role will encompass critical aspects such as performance optimization, security compliance, and foundational architecture. With our compact team structure, your contributions will significantly impact our operations and customer satisfaction.
What You Will Do:
Oversee the monitoring of our core software systems, both during on-call scenarios and in routine operations, to establish and refine service-level objectives (SLOs) and agreements (SLAs).
Enhance and monitor our infrastructure stack, ensuring it meets the demands of our business-critical services.
Maintain a comprehensive mental and documented model of our systems to effectively assess risks, plan projects, and troubleshoot issues.
Engage with the engineering team and leadership, providing insights from your expertise in site reliability and advocating for best practices.
Contribute to the development of our core orchestration logic, which supports the efficient execution of thousands of workflows concurrently, utilizing our new orchestration built on Temporal.
Support multiple backend engineering projects during planning and execution phases, joining as needed for hands-on development.
Focus on optimizing service scalability, stability, and observability.

