P-1 AI

Platform Engineer

P-1 AI

full-time

Posted on:

Location Type: Remote

Location: United States

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Salary

💰 $200,000 - $250,000 per year

About the role

  • Define and own the platform architecture elements that enable our AI systems to run reliably inside sensitive customer environments
  • Design the BYOC deployment model for Archie across customer environments
  • Build and own Kubernetes-based infrastructure that runs reliably across multiple clouds and customer setups
  • Create deployment tooling using Helm, GitOps, or similar approaches to make installation and operations repeatable
  • Implement secure and reliable update mechanisms that work even in restricted or locked-down network environments
  • Work closely with product, research, and forward-deployed engineers to translate requirements into platform capabilities
  • Debug and improve production deployments, identifying bottlenecks in performance, reliability, or operability
  • Establish observability, monitoring, and debugging patterns that give us visibility into distributed systems we don’t fully control

Requirements

  • Built and operated Kubernetes-based systems in production
  • Designed infrastructure using IaC tools like Terraform, Pulumi, or similar
  • Implemented CI/CD or GitOps workflows that deploy systems across environments
  • Comfortable working across cloud providers (AWS, GCP, Azure) and understand their core primitives
  • Worked on systems that require strong security and networking considerations (e.g., VPCs, identity, encryption)
  • Like owning problems end-to-end and are comfortable operating in ambiguous, 0-1 environments
Benefits
  • healthcare
  • dental
  • vision insurance
  • 401k with employer matching
  • unlimited PTO
Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools
KubernetesHelmGitOpsTerraformPulumiCI/CDIaCcloud infrastructuresecuritynetworking
Soft Skills
problem ownershipadaptabilitycollaborationcommunicationdebuggingperformance optimizationreliability improvementobservabilitymonitoringoperability