Site Reliability Engineer (SRE), London

Requirements

• In depth hands-on experience operating managed Kubernetes (GKE and/or EKS) in a public cloud, with experience scaling distributed systems.
• Strong experience with deploying, supporting and supervising new and existing services, platforms and application stacks.
• Experience with scale testing, disaster recovery, and capacity planning.
• Passion for eliminating repetitive manual processes using automation to improve them through repeated iteration.
• Confirmed ability to write programs using a high-level programming language like: Java, Swift, Python, or TypeScript.
• Experience with Nginx, Envoy, Prometheus, and/or Docker.

Nice to Haves

• Understanding of standard networking protocols and components such as: HTTP, DNS, ECMP, TCP/IP, ICMP, the OSI Model, Subnetting and Load Balancing strategies.
• Understanding of the Linux Operating System, including Kernel, Memory, Process, Threads, Static / Shared Libraries, IPC, Signals.
• Experience with Infrastructure-as-Code and config-as-code tooling such as Pulumi, Terraform, or Pkl.
• Experience with fleet/cluster lifecycle management, node provisioning, and hardware-adjacent reliability (e.g., GPU health, capacity management) at scale.
• Experience building and operating CI/CD pipelines for cloud infrastructure.

What You'll Be Doing

• Joining a passionate SRE team responsible for the availability and automation of critical systems and services for Apple's cloud intelligence.
• Contributing to shaping the future of building and running services on a global scale.
• Diving deep into complex systems while understanding higher-level business and product goals.
• Providing extraordinary availability, scalability, and security for services.

Perks and Benefits

• Opportunity to work on groundbreaking cloud intelligence technology at Apple.
• Potential to positively influence millions of customers' experience through technical contributions.
• The chance to be part of a diverse and high-quality engineering team.
• Directly contribute to the future of privacy-preserving cloud infrastructure at scale.