We are looking for a Principal Site Reliability Engineer to join our dynamic Services team. In this role, you will contribute to the reliability and scalability of our cutting-edge platform, ensuring exceptional solutions tailored to our customers’ unique needs. This is a highly technical, hands-on role that requires deep expertise in system reliability and automation.

Key Responsibilities:

• Reliability Engineering: Design and build automated systems that ensure the reliability and scalability of our Kubernetes clusters and Hydrolix deployments across multiple cloud platforms, eliminating manual operational tasks.
• Automation and Efficiency : Identify, quantify, and systematically eliminate repetitive manual work through automation and improved tooling, eliminating toil and freeing the team to focus on high-value work.
• Observability Infrastructure : Build and enhance comprehensive observability systems that provide deep visibility into system behavior, enable debugging and troubleshooting, and support data-driven reliability decisions
• CI/CD and Deployment Automation : Design and build robust CI/CD pipelines and deployment automation that enable safe, frequent releases with minimal human intervention.
• Infrastructure Reliability : Deploy, maintain, and ensure a highly reliable fleet of Kubernetes clusters and Hydrolix deployments across multiple cloud platforms.
• Service Optimization : Design, implement, and maintain systems and processes to enhance the reliability, availability, and performance of our services.
• Root Cause Analysis : Conduct comprehensive root cause analyses for system failures, implementing long-term preventive measures.

Collaboration and Customer Engagement

• Cross-Functional Teamwork : Work closely with software engineering, infrastructure, and product teams to integrate reliability practices into every stage of the development lifecycle.

Qualifications and Skills:

SRE Expertise:

• With a minimum 10+ years of proven experience as a Site Reliability Engineer, DevOps Engineer, or similar role, supporting large-scale, complex distributed systems in production.
• Demonstrated ability to operate at a principal level by setting reliability direction, defining standards, and influencing system design across multiple teams.

Architecture, Performance & Scalability

• Deep experience designing and evolving system architectures with reliability, scalability, and operability as first-class concerns.
• In-depth experience in application and infrastructure performance tuning and scaling to handle heavy workloads under varying traffic patterns and failure scenarios.
• Ability to identify systemic bottlenecks, capacity risks, and inefficiencies, and drive long-term architectural improvements.

Automation, Platform & Infrastructure Engineering

• Exceptional track record of eliminating toil through automation, including building internal platforms or frameworks that enable safe, scalable self-service.
• In-depth knowledge of configuration management and Infrastructure as Code (IaC) tools such as Terraform, Pulumi, and Ansible for provisioning and managing infrastructure consistently across environments.

Observability & Reliability Engineering

• Deep expertise in observability tools and practices, with the ability to design end-to-end monitoring strategies aligned with business outcomes.
• Strong understanding of core reliability concepts, including SLIs, SLOs, SLAs, error budgets, golden signals, and quality gates.
• Hands-on experience with distributed tracing, synthetic monitoring, end-user monitoring, performance testing, and chaos engineering.
• Proven experience driving blameless postmortems and ensuring learnings result in measurable reliability improvements.

Kubernetes & Distributed Systems

• Deep understanding of Kubernetes architecture, operations, failure modes, and ecosystem tooling.
• Experience designing and operating multi-cluster and/or multi-region Kubernetes platforms at scale.

Cloud & Multi-Cloud Expertise

• Demonstrated proficiency in at least one major cloud platform (AWS, GCP, Azure, or Linode), with experience building cloud-native systems.
• Familiarity with multi-cloud or hybrid architectures and the operational trade-offs involved.

Networking, Security & Traffic Management

• Experience with network load balancing, traffic management, and capacity planning at scale.
• Strong understanding of security technology stacks, Transport Layer Security (TLS), certificate management, and standard networking protocols and configurations.

Data & Storage Systems

• Experience working with SQL databases; familiarity with PostgreSQL is a plus.
• Ability to reason about performance, availability, and scaling characteristics of data-intensive systems.

Programming & Systems Engineering

• Strong programming ability in Go, Python, or Rust, with a proven ability to build and maintain production-quality tools, services, and automation.
• Comfortable reviewing, shaping, and influencing code across multiple teams and services.

Linux & Infrastructure Fundamentals

• Deep experience with Linux systems, including performance tuning, capacity planning, and low-level system troubleshooting.

Incident Management & Operational Excellence

• Extensive experience leading high-severity incidents, managing cross-team response, and driving post-incident reviews.
• Ability to translate incident learnings into systemic fixes, architectural changes, and improved operational standards.

We look forward to seeing how you can make an impact at Hydrolix.