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Crux AI

Compute-as-a-service platform for large AI workloads

Vice President of AI Operations

Site Reliability EngineeringConfirmed live in the last 24 hours
Full-timePalo Alto, CA, USA

About the Job

Requirements

  • 15+ years in large-scale infrastructure operations, Site Reliability Engineering, or network operations, including 7+ years leading multi-team organizations.
  • Experience running production for a cloud, hyperscaler, or colocation platform against hard service-level agreements across many sites.
  • Experience building and shipping AI-driven operations systems, such as event correlation, auto-remediation, and agentic triage, at measurable scale.

Responsibilities

  • Define how Crux operates its TPU fleet and build operations in which AI agents perform most operational work.
  • Own the telemetry connecting facilities, clusters, and networks; incident and change processes; and autonomous systems that detect, triage, and remediate failures.
  • Write the operating model and build the function from the first Stage 1 build to fleet scale, partnering with Compute, Network Engineering, Facility Operations, Security, Customer Success, and Google.
  • Own a telemetry and event pipeline across power, cooling, TPU hosts, interconnect, and the control plane, correlating signals to distinguish failures in infrastructure components and jobs.
  • Build AI agents to triage alerts, run runbooks, drain and requeue workloads, and initiate RMAs with Google, measuring the share of work completed without human intervention.
  • Set service-level objectives and error budgets for every Crux service, and run the incident, postmortem, and change processes that enforce them.
  • Establish 24/7 fleet operations in which agents handle repeat failures and people handle novel failures, then automate the solutions.
  • Hire and develop Site Reliability Engineering, fleet operations, and AI tooling leaders.
  • Publish the AI Ops operating model, including service-level objectives, on-call and escalation, incident processes, and ownership boundaries with adjacent teams.
  • Map every critical failure mode for the first build to a signal, alert, runbook, and owner.
  • Take the first Stage 1 cluster into production while meeting service-level objectives.
  • Build AI agents hands-on for daily team use and measure incidents resolved without human intervention.
  • Run a multi-site fleet where most operational work executes autonomously, measuring availability, recovery time, and cost per chip.

Desired Qualifications

  • Site Reliability Engineering or fleet operations leadership at a hyperscaler or neocloud.
  • Global network operations center or data center interconnect operations across 100 or more sites.
  • Experience operating TPU or GPU clusters for large training and inference workloads.
  • Patents or publications in AI operations, autonomous operations, or network automation.

About the Company

Crux AI

Compute-as-a-service platform for large AI workloads

Crux AI offers compute-as-a-service for large-scale AI workloads by combining power, high-density data centers, networking, and accelerated computing into a single managed platform. It uses Google’s TPU hardware and software, with Crux AI acting as the single accountable partner from long-term capacity planning to production deployment. The company differentiates itself by delivering a reliability-engineered TPU-based infrastructure backed by Google and Blackstone, focused on end-to-end, turnkey management rather than generic cloud services. Its goal is to help customers scale demanding AI workloads with an enterprise-grade, dependable infrastructure and support.

Company size
1-10
Company stage
Debt Financing
Total funding
$22B
Headquarters
Palo Alto, CA
Founded
2026

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