India - Bengaluru
22 days ago
Sr. Site Reliability Engineer - Scale & Performance (Hybrid)
The Role

As a Senior Site Reliability Engineer for the Operational Readiness team, you will play a critical role in enhancing the scalability, performance, and reliability of HashiCorp's cloud products. With at least 5 years of experience in site reliability engineering or a related field, you will lead efforts to identify performance bottlenecks, address, and mitigate operational challenges before they impact our customers. Your expertise in load testing, performance analysis, and system hardening will ensure that our services meet the highest standards of operational excellence.

Having a holistic view of enterprise and cloud systems, you will play a pivotal role in enhancing our operational resilience and maintaining the reliability of our enterprise and cloud-based products. With a focus on overall Quality you will be at the forefront of ensuring high availability and performance across HashiCorp’s offerings.

You will provide expert execution of the test plans, defining system wide strategies for product load and performance testing. You will be working on a wide variety of tools and exploring new avenues to ensure all the products meet the essential Operational readiness criteria. 

Utilize top-notch troubleshooting techniques like simulating the system with Chaos to identify, organize, and advocate for novel solutions to remediate customer impact on complex interconnected systems. 

 

Key Responsibilities Implement best practices for system reliability, including proactive identification of potential failure points and the development of automated mitigations Design and execute comprehensive load testing strategies to identify performance bottlenecks and scalability limits across our cloud products Implement best practices and technologies to improve system resilience, ensuring high availability and fault tolerance. Work closely with engineering and product teams to integrate operational readiness into the development lifecycle, enhancing product stability and user satisfaction. Build and refine tools and frameworks for automated testing, environment simulation, and incident reproduction, reducing manual effort and increasing test coverage. Conduct in-depth analysis of testing results, documenting findings and making actionable recommendations for system enhancements. Drive Systemic Improvements to the products by introducing Chaos Testing and partnering with product development teams.  Share your knowledge and expertise with team members, fostering a culture of learning and continuous improvement. Develop and implement disaster recovery and backup strategies to ensure data integrity and system resilience.

 

Ideal Candidate 5+ years of experience in SRE , systems engineering, or non functional testing roles with a focus on operational readiness, performance testing, or system scalability. Experience in driving systemic improvements through Chaos engineering practices. Programming skills in any of the high level languages or scripting  Proven track record of leading successful load testing and performance optimization initiatives in cloud and on-prem environments. Experience in creating and managing test environments for automated testing. Strong fundamentals of CI/CD process and maintaining quality pipelines. Experience with version control systems (e.g., Git) and agile project management methodologies Understanding of monitoring and alerting systems, with the ability to develop metrics and alarms that accurately reflect system health and operational risks. Strong technical foundation in cloud technologies ( AWS, Azure, Or GCP) and container technologies like Nomad or Kubernetes. Strong experience with performance testing tools like K6, Artillery, Vegeta, Locust etc Effective communication and collaboration skills, capable of working with cross-functional teams and articulating technical concepts to diverse audiences. Familiarity with HashiCorp products and tools is a plus. Exposure to the disaster recovery domain is a plus.#LI-Hybrid
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