Zinier is a global company headquartered in San Mateo, California, with offices in Latin America, Singapore, Bengaluru, Australia, and Portugal and backed by leading investors including Accel Partners and Founders Fund.
Why we exist
Services shape how we live. Electricity lights up our homes. The Internet opens up our worlds. Cellular phones keep us connected no matter where we are. We take for granted the things we can turn on with the flip of a switch. But when even one of the services we depend on isn’t available, the day can quickly start to go sideways.
For organizations that provide these services, some of the most important work happens in the field — in neighborhoods, across open spaces, and along millions of last miles that criss-cross the country. Every moment of downtime matters, which is why Zinier exists. Zinier empowers organizations to work smarter — from the main office to the field — to solve problems quickly, fix things before they break, and keep people in the rhythm of their days.
To do this, Zinier has created a scalable platform powered by AI-driven insights and intelligent automation that helps field service teams work smarter, better, faster, and more efficiently. We help organizations automate routine tasks so the people in the field can focus on putting their expertise to work. We work with customers in telecom and energy.
Job Summary:
We are seeking a Performance Engineer with 4+ years of experience to design, implement, and optimize scalable, high-performance systems on AWS and Kubernetes. The ideal candidate will have expertise in performance testing, monitoring, and troubleshooting distributed applications while ensuring reliability, scalability, and efficiency in product and platform
Required Skills:
Performance Testing & Benchmarking:
Design, develop, and execute performance, load, stress, and endurance tests for our product.
Minimum of 4- 6 years of relevant work experience with performance testing on web and mobile applications
Define performance SLAs, SLOs, and KPIs to measure system efficiency.
Simulate real-world traffic scenarios to analyze system behavior under peak loads.
Identify performance bottlenecks, conduct root cause analysis, and recommend optimizations.
