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Airwallex - Digital Payments & Money Transfer - Large
Danaher Corporation - Medical Devices & Equipment - XLarge
Average salary for remote Site Reliability Engineer jobs: $98K–$209K across all experience levels.
Human API - API & Integration Platforms (iPaaS) - Scaleup
Mirantis - Cloud Computing & Infrastructure (IaaS/PaaS) - SME
FyerX - Your Trusted Marketing Partner - Digital Marketing & SEO Agencies
Funded.club - Staffing & Recruiting - Scaleup
LexisNexis Risk Solutions - Data Analytics & Business Intelligence - XLarge
The Wendy's Company - Hospitality (Hotels & Restaurants) - XLarge
LexisNexis Risk Solutions - Data Analytics & Business Intelligence - XLarge
Akamai Technologies - Cloud Computing & Infrastructure (IaaS/PaaS) - XLarge
LexisNexis Risk Solutions Healthcare - Data Analytics & Business Intelligence
LexisNexis Risk Solutions Healthcare - Data Analytics & Business Intelligence
Akamai Technologies - Cloud Computing & Infrastructure (IaaS/PaaS) - XLarge
Tandem Diabetes Care - Medical Devices & Equipment - Large
Akamai Technologies - Cloud Computing & Infrastructure (IaaS/PaaS) - XLarge
Akamai Technologies - Cloud Computing & Infrastructure (IaaS/PaaS) - XLarge
Akamai Technologies - Cloud Computing & Infrastructure (IaaS/PaaS) - XLarge
Akamai Technologies - Cloud Computing & Infrastructure (IaaS/PaaS) - XLarge
Global Fashion Group - E-commerce & Online Marketplaces - XLarge
Akamai Technologies - Cloud Computing & Infrastructure (IaaS/PaaS) - XLarge
Akamai Technologies - Cloud Computing & Infrastructure (IaaS/PaaS) - XLarge
Site reliability engineering has matured from a Google-originated discipline into one of the most strategically important and consistently remote-eligible engineering functions across the technology industry. For senior SRE professionals with 10 or more years of experience, the remote market is genuinely favorable: the work is infrastructure-mediated, system-oriented, and inherently asynchronous in its most critical on-call and incident management dimensions. Companies that operate distributed systems at scale have both a structural need for SRE capability and a structural reason to hire it remotely, because reliability is a global concern that does not respect time zones or office locations. The challenge for senior SRE professionals is positioning the depth and breadth of their reliability engineering work in ways that distinguish staff and principal SRE experience from senior SRE execution.
SRE at the senior engineer level is moderately competitive, driven by the significant expansion of the discipline from its origins at large technology companies into mid-size SaaS and infrastructure businesses. The Staff SRE, Principal SRE, and SRE Manager level is considerably less crowded. These roles require professionals who have designed SLO frameworks from scratch rather than inherited them, who have owned the reliability architecture of complex distributed systems rather than maintained existing monitoring and alerting configurations, and who have led incident command and post-incident review processes that produced organizational learning rather than just root cause documentation. The professionals who have done this work at scale, at companies where reliability failures had material business consequences, are competing in a meaningfully smaller pool than the broader SRE market.
Remote SRE hiring is strong across seniority levels in technology companies that operate distributed systems. Senior and Staff SRE roles are remote by default at cloud-native companies, developer tool businesses, and SaaS companies with global user bases because the systems being monitored are global and the on-call rotation that defines much of SRE work is inherently distributed. SRE Manager and Head of SRE roles are consistently remote-eligible at companies with distributed engineering organizations, because managing an on-call rotation and incident response process across time zones requires distributed leadership rather than centralized presence. The most favorable remote conditions are at companies that have adopted the Google SRE model fully, where the SRE function has clear scope, defined error budgets, and organizational separation from pure operations.
SLO design ownership is the first senior-level filter. SRE professionals who describe their experience in terms of monitoring tools used and alerts configured are screened as infrastructure or DevOps engineers rather than SRE practitioners. Companies hiring Staff and Principal SRE expect candidates who have defined service level objectives from business requirements, designed the SLI measurement framework that tracks SLO compliance, managed error budget policy and the organizational consequences of error budget burn, and built the reliability review process that connects SLO performance to engineering prioritization. The absence of SLO ownership from a senior SRE profile is consistently read as tooling management rather than reliability engineering. A second filter is incident command experience: companies screen for SRE professionals who have led incident command during significant availability events, conducted blameless post-incident reviews, and built the organizational learning systems that prevented recurrence. Third, production system scale matters: SRE professionals who have maintained reliability at significant scale (high transaction volumes, global user bases, multi-region failover architecture) are distinguished from those whose reliability work has been in lower-stakes environments.
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