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Compliance and Standards

FarmGPU’s security posture is built on alignment with established standards, clear separation of responsibilities, and a roadmap toward formal certifications as the company scales. We prioritize practical security controls, auditability, and transparency over checkbox compliance.

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Compliance Philosophy

FarmGPU follows a shared responsibility model:
  • FarmGPU is responsible for the security of the platform, management plane, and operational processes.
  • Data center partners are responsible for physical security, facility controls, and environmental resilience.
  • Customers retain control over their workloads, data, and application-level security.
This model aligns with industry best practices for infrastructure providers and enables enterprise customers to clearly map controls to risk ownership.

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Core Security Certifications & Alignment

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SOC 2 Type II (In Progress)

FarmGPU is currently in the audit window for SOC 2 Type II, covering the following Trust Service Criteria:
  • Security
  • Availability
  • Confidentiality
Status: In progress Target completion: Q2 2026

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ISO/IEC 27001 (Data Center Alignment)

FarmGPU operates within data centers that are ISO/IEC 27001 certified or aligned, ensuring that physical facilities adhere to globally recognized Information Security Management System (ISMS) standards. This includes:
  • Controlled physical access
  • Documented security procedures
  • Formal risk management and incident handling processes
FarmGPU leverages these certified environments as part of its overall security posture, while maintaining separate logical and operational controls at the platform level.

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Tier III+ Data Center Standards

FarmGPU deploys infrastructure in Tier III or Tier III+ data centers, providing:
  • N+1 or 2N redundancy across power, cooling, and network paths
  • Concurrent maintainability
  • High availability suitable for production AI workloads
Facility availability target: 99.99% These standards ensure infrastructure reliability while reducing correlated failure risk across clusters.