InstantGPU Security & Shared Responsibility

Effective date: [September, 2026]
Last updated: [September, 2026]

Security on InstantGPU is a shared responsibility between InstantGPU and our customers. This page describes what we secure and what remains your responsibility.

1. Shared Responsibility Model

Area

InstantGPU’s Responsibility

Your Responsibility

Underlying infrastructureSourcing capacity from vetted providers; platform-level access controlsN/A
GPU isolation between customersEnsuring instance-level isolation and secure wipe/reset between rentalsN/A
Platform & API securitySecuring the InstantGPU control plane, authentication, and APISafeguarding your API keys and credentials
Data in your workloadsProviding storage/network security featuresEncrypting sensitive data, managing access within your instance
Models, code & outputsN/AEnsuring your models, training data, and outputs comply with law and our AUP
Account accessProviding MFA/SSO options where availableEnabling and enforcing them for your team

2. GPU Isolation & Data Wiping

Because GPU Cloud instances are provisioned from a shared pool of underlying hardware, InstantGPU requires that all connected infrastructure providers perform [secure disk/VRAM wipe procedures — confirm actual technical measures] between customer sessions to prevent data remanence.

3. Infrastructure Security Measures

  • [Encryption in transit (TLS) for all API and console traffic]
  • [Encryption at rest for persistent storage volumes, where enabled]
  • [Network isolation/VPC segmentation between customer workloads]
  • [Access logging and audit trails for account and billing actions]

Contact

Qmoniqs Software Private Limited
C 2518, Sushant Lok 1, Sector 43, Gurgaon 122002 (Haryana), India
Email: [email protected]
Website: https://instantgpu.ai

Customer Workload Access

InstantGPU personnel do not access Customer workload content in the ordinary operation of the Services. Customer workload content is not used by InstantGPU to train foundation models or general-purpose AI models.