Top Remote Site Reliability Engineer Jobs

Seeking a Senior Site Reliability Engineer to enhance system reliability, performance, and scalability. Focus on automation, observability, and improving CI/CD practices while collaborating with engineering teams for better incident response and metrics improvement.

The Site Reliability Engineer will implement reliability engineering practices, develop automation, maintain CI/CD pipelines, and ensure system health through monitoring.

The SRE will own reliability for a cloud-native platform, optimizing performance, availability, and observability, while mentoring engineering teams.

Own reliability across vehicle and cloud stacks for AUV operations: onboard Jetson/ROS2 compute, topside systems, cloud ingestion/processing and customer platform. Build automation, observability, runbooks, and self-recovery to reduce on-call toil; manage AWS infrastructure, IaC, container orchestration, and reliability targets. Participate in shared 12-hour on-call shifts and field deployments, mentor team on operational excellence.

Design and operate large-scale GPU infrastructure for distributed AI training, ensuring reliability, performance, and efficient customer partnerships.

As a Site Reliability Engineer, you'll build and manage observability platforms for satellite communications, define SLOs/SLIs, and collaborate on incident response and deployment automation.

As Staff SRE Tech Lead, you'll oversee platform reliability and scalability, lead the SRE team, architect data infrastructures, and optimize systems while implementing automation and observability practices.

Lead reliability, automation, and observability for high-density AI hardware infrastructure. Build Python-based IaC tooling, telemetry pipelines, Prometheus/Grafana dashboards, and AI-assisted tooling. Run 24x7 incident response, coordinate vendors and field technicians, define operational readiness, and drive post-mortems to improve uptime and performance.

Design, build, and operate scalable infrastructure and CI/CD/IaC systems. Implement observability (monitoring, logging, alerting), automate reliability improvements, mentor engineers, collaborate on incident response, and participate in on-call rotations to maintain Akamai Cloud services.

Drive SRE practices for VA enterprise healthcare platforms: automate infrastructure and CI/CD, define SLIs/SLOs, improve observability and reliability, support incident response, and ensure cloud-native, secure, compliant operations in AWS and containerized environments.

As a Site Reliability Engineer, you will design, implement, and maintain scalable infrastructure, ensure system reliability, automate processes, and collaborate with engineering teams.

The Senior Site Reliability Engineer will lead service onboarding, maintain SLAs/SLOs, design secure infrastructure, automate operational tasks, and respond to incidents while ensuring system reliability and performance.

As a Senior Site Reliability Engineer, you will design, develop, and maintain reliable infrastructure for Wikimedia's API services, ensuring performance and availability while driving reliability engineering practices and improving developer experience.

The Senior Site Reliability Engineer is responsible for maintaining Wikimedia's infrastructure, improving reliability, automating processes, and collaborating with teams. The role involves troubleshooting, managing deployments, and leading incident responses while working remotely.

Prototype, write, test, document, and deploy release automation across environments. Build and maintain pipelines, collaborate with engineers and product teams, troubleshoot issues, participate in on-call rotation, and improve software delivery, configuration, monitoring, and operations.

Lead and own reliability for critical backend and distributed systems: design, launch, on-call, incident leadership, SLO/SLI/error budget definition, automation to remove toil, observability improvement, resilience testing, mentoring, and cross-team reliability initiatives for production healthcare workflows.

Own the operational lifecycle of cloud-native data infrastructure: design and automate reliable deployments, observability, incident response, SLIs/SLOs, autoscaling and IaC, and improve platform efficiency and data freshness across GKE and Cloud Run.

Design, build, and operate highly available AWS systems. Write and maintain Terraform, improve observability (Grafana, Pingdom, Uptrends), run on-call incident response, define SLOs/SLIs, build CI/CD with Azure DevOps/GitHub, automate operational work, document in Confluence, and mentor engineers.

Design, deploy, and maintain highly available Kubernetes clusters on AWS EKS; manage and optimize cloud infrastructure; develop IaC and automation; implement CI/CD (GitHub Actions); monitor multi-region systems, troubleshoot incidents, perform root cause analysis; document best practices; and mentor junior engineers.

Lead design, implementation, and operation of scalable, secure hybrid-cloud infrastructure for satellite ground systems. Improve developer experience, automate CI/CD and IaC, own observability, troubleshoot reliability issues, and collaborate with developers and satellite operators to advance SatDevOps practices.

Own and improve platform performance, reliability, and deployment automation. Manage cloud infrastructure, implement IaC, monitor systems with observability tools, provide operational support for distributed applications, and integrate production learnings into development workflows.

As a Senior Site Reliability Engineer, you'll enhance system performance and reliability, optimize databases, and implement AI-assisted solutions for operational efficiency.

This role involves ensuring the reliability and performance of ClickHouse's cloud infrastructure, collaborating with engineering teams, incident management, and driving continuous improvement in service availability.

Operate and harden regulated cloud platforms (FedRAMP/DoD IL) by owning production reliability, designing resilient infrastructure, leading incident response and postmortems, automating compliance (NIST 800-53/STIG), supporting ATO and continuous monitoring, building secure IaC and CI/CD pipelines, and improving observability and operational tooling.

Own production reliability for customer-facing radar and weather data services across Azure, colocation, and edge Kubernetes. Refactor C#/.NET services for multi-replica safety, design multi-cluster HA, operate self-managed Kubernetes, improve observability and automation, lead incident response and postmortems, and drive operational excellence and capacity planning.