MITRE needed a secure, shared AI environment that government sponsors and researchers could use to test advanced models across domains without duplicating infrastructure or weakening controls around sensitive data.
Reported impact
MITRE increased AI-compute performance by 300x, created a shared experimentation environment for thousands of researchers, advanced 1-kilometer weather forecasting over water, and accelerated work on cybersecurity and public-benefits AI use cases.
MITRE consolidated scattered accelerated-computing resources into the Federal AI Sandbox, a DGX SuperPOD-powered environment built to let U.S. agencies and researchers safely experiment with AI across cybersecurity, weather, benefits, and other public-interest workloads. The platform can deploy the latest open-source models while maintaining the controls needed for sensitive and classified information, giving thousands of internal researchers a shared environment instead of isolated projects. MITRE uses the same stack with NVIDIA Earth-2, NVIDIA Omniverse, and NVIDIA PhysicsNeMo to train and visualize high-resolution weather models, and it pairs DGX SuperPOD training with edge systems and simulation in a three-computer architecture for ocean and autonomy work. By centralizing multimodal AI training and inference, the sandbox supports everything from satellite imagery analysis to cybersecurity foundation models and public-benefits automation.
Government and MITRE datasets are brought into the sandbox for centralized model training on DGX SuperPOD systems, specialized workflows use Earth-2, PhysicsNeMo, and Omniverse for simulation and visualization, and resulting models are shared back to researchers and agency programs for operational use.
Enhancing threat analysis across 190 nations with a cybersecurity foundational model
MITRE established the Federal AI Sandbox, powered by NVIDIA DGX SuperPOD, to improve AI access and accelerate innovation across government agencies.
The addition of the DGX SuperPOD provides a 300-fold performance increase over their previous AI computer capabilities.
This initiative promises significant advancements in maritime safety, shipping efficiency, and extreme weather preparedness.
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