Platform SRE Engineer — Kubernetes, IaC & Cloud

Menlo Security; United States; On-site; USD 80,000 - 120,000; Full time

Job summary

Menlo Security is seeking a Platform Infrastructure Engineer to design, deploy, and manage our global infrastructure on GCP and AWS. You will build IaC with Terraform and Spacelift, manage networking, security, and multi-region deployments, and maintain observability with Grafana/Prometheus.

You’ll collaborate across teams to align on capacity planning and disaster recovery, while contributing to a secure, scalable platform.

Qualifications

• Bachelor’s degree in Computer Science or related field or equivalent experience.
• Proficiency in Python, Bash and Go for scripting and tooling.
• Strong Kubernetes expertise and Terraform for IaC.

Responsibilities

• Implement, deploy, and maintain VM and Kubernetes infrastructure on GCP and AWS across multiple regions.
• Build and maintain IaC using Terraform modules and Spacelift, provisioning networking, compute, storage, and security.
• Implement observability using Grafana Cloud, Prometheus, and OTel collectors with dashboards and alerts.
• Manage certificate lifecycle, DNS automation, ingress, and service mesh networking.
• Collaborate with Engineering, Product, Compliance, and Security on capacity planning and architecture decisions.
• Automate toil with scripts and CI/CD pipelines; participate in 24x7 on-call rotation.

Skills

Python

Bash

Go

Kubernetes

Terraform

Spacelift

LLM-based coding

Networking

GCP

AWS

GitOps

Education

Bachelor’s degree in Computer Science or related field

Tools

Terraform

Spacelift

Grafana Cloud

Prometheus

Kubernetes tooling

GKE

TLS/HTTPs networks

Job description

Menlo Security is seeking a Platform Infrastructure Engineer to design, deploy, and manage our global infrastructure on GCP and AWS. You will build IaC with Terraform and Spacelift, manage networking, security, and multi-region deployments, and maintain observability with Grafana/Prometheus.

You’ll collaborate across teams to align on capacity planning and disaster recovery, while contributing to a secure, scalable platform.