Customer Reliability Engineer

OpenKrill; United States; Remote; USD 120,000 - 180,000; Full time

Benefits offered by this job

Equity

Healthcare coverage

Unlimited PTO

Competitive compensation

Job summary

Andromeda is seeking a Customer Reliability Engineer to support AI compute workloads remotely across APAC. You will triage incidents, debug Linux and Kubernetes issues, and work with providers to drive fast resolution.

The role requires strong scripting, documentation, and a willingness to be on a 24/7 on-call rotation. You’ll join a team focused on reliability for large GPU clusters, build tooling, and create runbooks that reduce future incidents.

Qualifications

• Real Linux troubleshooting ability from the command line.
• Working knowledge of Kubernetes: pods, nodes, deployments, scheduling, and debugging.
• Ability to write a script in Python or Bash to automate repetitive tasks.
• Strong writing to explain technical problems clearly to customers.
• Willingness to join a 24/7 on-call rotation.

Responsibilities

• Triage and fix customer issues end-to-end: reproduce, diagnose, fix or elevate, close the loop.
• Debug at the Linux layer: processes, networking, storage, kernel logs, resource contention, systemd, journald.
• Investigate Kubernetes issues: pending pods, crash loops, node conditions, scheduling.
• Address GPU-related failures: drivers, device-plugin, XID errors, node cordon/drain.
• Escalate when needed with evidence and clear communication.
• Build and maintain runbooks to reduce future incidents.
• Write Python or Bash to automate checks and daily tasks.
• Develop monitoring and dashboards for health and alerts.
• Keep customer docs up to date as you go.

Skills

Linux troubleshooting

Kubernetes

Python or Bash scripting

Effective written communication

On-call readiness

Tools

Linux

Kubernetes

Job description

CUSTOMER RELIABILITY ENGINEER

LOCATION: REMOTE/APAC · FULL-TIME

ABOUT ANDROMEDA

Andromeda is a market and infrastructure platform to buy, sell, and operate compute.

We believe demand for compute will grow exponentially. So fast that a handful of vertically integrated providers won't be able to scale across operations, capital, supply chains, and politics to serve it. The result is a massive wave of fragmentation, with AI factories of every shape and size coming to market to fill this demand. Our job is to enable all of that fragmented compute to flow through one platform, delivering reliable capacity to model builders, research labs, and inference providers when they need it. We believe every spare electron should be made productive for AI and we're building the platform that makes that possible.

We sit at the center of three forces:

• Companies that need reliable, high-performance compute fast
• A fragmented global supply of GPUs across hyperscalers, neoclouds, and independent data centers
• Capital, risk, and operational complexity that most teams are not equipped to manage

When we succeed, trillions of dollars of compute will flow through Andromeda. Builders get capacity when they need it. Providers get a reliable way to monetize, operate, and finance infrastructure at scale. Capital gets an easy way to deploy, hedge, and underwrite.

In five years, Andromeda won't just participate in the AI infrastructure market. We will shape it.

The Role

Our customers run large AI training and inference workloads on GPU clusters we source from providers worldwide. When a node goes dark or a job dies eight hours into a run, the Customer Reliability Engineer is who they hear from, and who gets it sorted.

The job has three parts. You triage incoming issues and debug them at the Linux and Kubernetes layer. You work provider-side to figure out whose fault something actually is and push external providers to fix it. And you build the monitoring and scripts that catch problems before a customer has to tell us.

You need to be comfortable in a Linux shell and know how Kubernetes works. You don't need GPU or HPC experience. Most people pick that up here.

What You’ll Do

Triage and fix customer issues

• Own issues start to finish: reproduce, diagnose, fix or elevate, close the loop
• Debug at the Linux layer: processes, networking, storage, kernel logs, resource contention, systemd, journald
• Dig into Kubernetes problems like pods stuck pending or crash-looping, node conditions, scheduling failures, resource limits
• Work GPU failures: driver and device-plugin issues, XID errors, thermal throttling, nodes that need cordoning or draining, jobs failing across multiple nodes
• Escalate when you're past your depth, with the evidence already gathered

Handle incidents

• Take part in a 24/7 on-call rotation
• First response on alerts and customer-reported outages: assess impact, set severity, pull in the right people
• Keep customers updated during incidents. Clear status, honest unknowns, no silence
• Write up what happened, then turn it into a runbook, an alert, or a fix so it costs less next time

Push providers to resolution

• Work out whether a fault is provider-side, ours, or the customer's before it gets handed anywhere
• Open tickets with compute providers and chase them down rather than waiting
• Track recurring provider failures and flag the patterns to the people making sourcing decisions

Build the tooling

• Write Python or Bash to automate the checks you'd otherwise run by hand
• Build and improve monitoring: cluster and node health checks, GPU telemetry, dashboards, alerts that fire on real problems
• Keep runbooks and customer docs current as you go

What We’re Looking For

• Real Linux troubleshooting ability from the command line. You can work a problem through logs, processes, networking, and disk without a script to follow
• Working knowledge of Kubernetes: pods, nodes, deployments, services, scheduling, and how to investigate when one of those breaks
• Can write a script in Python or Bash to automate something repetitive
• Strong writing. You can explain a technical problem to a frustrated customer clearly and without condescension
• Good judgment under pressure. You know what to check first, when to elevate, and how to keep people informed while you're still working it out
• Willing to join a 24/7 on-call rotation

Strong Candidates May Have

• Hands-on time with NVIDIA GPUs in production: drivers, CUDA, DCGM, the Kubernetes device plugin
• Experience with high-performance networking (InfiniBand, RoCE) or NCCL
• Experience with HPC or batch schedulers like Slurm
• A previous customer-facing technical role: support engineering, TAM, solutions, professional services
• Knowledge of Prometheus, Grafana, Datadog, or similar
• IAC: Terraform, Ansible, or Helm
• Genuine interest in AI infrastructure and how big training jobs behave

Why You’ll Love It Here

• High-growth environment: Get in early at a company at the center of the AI infrastructure boom
• Competitive compensation: + meaningful equity
• Comprehensive benefits: for you and your dependents, including healthcare, dental, and vision coverage, 401(k), and unlimited PTO

Andromeda Cluster is an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all employees. We do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status.