Senior Site Reliability Engineer - Ceph Storage

At GoDaddy the future of work looks different for each team. Some teams work in the office full-time; others have a hybrid arrangement (they work remotely some days and in the office some days) and some work entirely remotely.

This is a remote position, so you’ll be working remotely from your home. You may occasionally visit a GoDaddy office to meet with your team for events or meetings.

GoDaddy's Global Storage Engineering team operates one of the largest Ceph environments in the industry, powering the object, block, and file storage platforms that underpin hosting, applications, internal infrastructure, and next-generation AI/HPC workloads. If you're passionate about distributed systems, large-scale storage architecture, and solving complex reliability challenges, you'll work on infrastructure that few engineers ever experience.

At GoDaddy, Ceph isn't a side project — it's a critical platform. Our environment spans 80+ production clusters, 20,000+ OSDs, and approximately 300 PB of raw storage capacity, supporting tens of billions of objects across multiple continents. The scale demands deep technical expertise in storage architecture, automation, observability, and performance engineering.

As a Senior Site Reliability Engineer, you'll be a key technical owner of the platform, responsible for maintaining reliability, driving operational excellence, and influencing the future evolution of our storage ecosystem. You'll tackle challenging production problems, develop automation that operates at massive scale, contribute to architectural decisions, and collaborate with some of the industry's most experienced Ceph engineers. This is an opportunity to have direct impact on a storage platform that serves millions of customers worldwide.

• Own the reliability, performance, scalability, and capacity of large-scale production Ceph environments supporting object, block, and file storage workloads (RADOS, RGW, RBD, CephFS).
• Diagnose and resolve complex distributed systems issues including recovery/backfill events, OSD instability, PG imbalance, storage latency, and RGW performance bottlenecks.
• Design and build automation using Python, Shell, Salt Stack, and Ansible to reduce operational toil and improve platform resilience at scale.
• Define and improve observability for the storage platform through SLIs, SLOs, PromQL, LogQL, Grafana dashboards, and proactive alerting strategies.
• Lead storage lifecycle initiatives including cluster expansions, hardware refreshes, software upgrades, Open Stack integrations, and large-scale migration projects.

• 5+ years operating large-scale Linux infrastructure with significant experience supporting distributed storage systems in production environments.
• 2+ years hands-on Ceph administration including OSD, MON, MDS, and RGW operations, CRUSH map management, pool design, placement groups, and performance troubleshooting.
• Strong understanding of Linux internals, storage architecture, networking, file systems, block devices, and performance analysis under production workloads.
• Experience developing operational automation and tooling with Python, Shell, and configuration management platforms such as Ansible, Salt Stack, Puppet, or Chef.
• Proven incident response expertise, including production troubleshooting, root-cause analysis, postmortem creation, and implementation of durable corrective actions.

• Advanced Ceph expertise across RGW Multisite, CephFS, RBD Mirroring, erasure coding, and large-scale cluster design.
• Experience integrating storage platforms with Open Stack (Cinder, Nova, Neutron, Swift) or Kubernetes storage technologies (CSI, Storage Classes, Rook).
• Familiarity with modern observability platforms…