Senior Go Engineer — Remote Kubernetes Storage for AI

JobCubby; Northern (KY); Hybrid; USD 150,000 - 230,000; Full time

Benefits offered by this job

Competitive compensation and benefits

Professional development

Conference attendance

Team events and hackathons

Job summary

Mirantis, the Kubernetes-native AI infrastructure company, is seeking a software engineer to design and build storage provisioning and integration for GPU-accelerated compute and AI platforms. You will develop the control-plane services, drivers (CSI), and tooling that connect enterprise storage to Kubernetes workloads across hybrid, edge, and air-gapped deployments built on the Mirantis K0rdent stack.

You should write Go, understand throughput, latency, and reliability, and own complex problems

Qualifications

• 7+ years of experience with GO (Golang) in production systems.
• 5+ years of Kubernetes experience as a developer, with Infrastructure as a Code approach.
• Linux and Kubernetes storage fundamentals (NFS, CSI)

Responsibilities

• Design and build control-plane services, drivers (e.g., CSI), and tooling that provision, configure, and operate storage for Kubernetes-based AI/compute workloads.
• Integrate high-performance storage platforms — Dell PowerScale, VAST, and comparable systems — into automated, declarative provisioning workflows.
• Build data-path, telemetry, and observability tooling to diagnose and resolve performance, reliability, and scaling issues.

Skills

Go (Golang)

Kubernetes

Linux

Tools

Terraform/OpenTofu

ArgoCD

Flux

CSI

Job description

Mirantis, the Kubernetes-native AI infrastructure company, is seeking a software engineer to design and build storage provisioning and integration for GPU-accelerated compute and AI platforms. You will develop the control-plane services, drivers (CSI), and tooling that connect enterprise storage to Kubernetes workloads across hybrid, edge, and air-gapped deployments built on the Mirantis K0rdent stack.

You should write Go, understand throughput, latency, and reliability, and own complex problems