NVIDIA DGX Infrastructure

Supercomputing
Power On-Demand

Access enterprise-grade high-performance computing for nuclear reactor modeling, plasma physics simulations, and advanced AI workloads.

1000+
TFLOPS Available
<1min
Job Start Time
99.9%
Uptime SLA
All Systems Operational
SOC 2 Type II Certified24/7 Support

Built on NVIDIA DGX

Enterprise-grade infrastructure designed for the most demanding computational workloads.

GPU Acceleration

NVIDIA A100 and H100 GPUs delivering unprecedented computational power for AI training, molecular dynamics, and computational fluid dynamics simulations.

  • Up to 80GB GPU memory per card
  • NVLink and NVSwitch fabric
  • Multi-GPU scaling support

High-Speed Storage

All-NVMe storage arrays with parallel filesystems optimized for large-scale scientific data processing and rapid I/O operations.

  • Petabyte-scale capacity
  • Sub-millisecond latency
  • Automatic data replication

Network Infrastructure

High-bandwidth, low-latency networking with direct fiber connections and redundant paths for maximum reliability and performance.

  • 400 Gbps InfiniBand
  • Direct internet peering
  • Multi-datacenter redundancy

Security & Compliance

Enterprise-grade security with end-to-end encryption, isolated job execution, and comprehensive audit logging for sensitive workloads.

  • SOC 2 Type II certified
  • Data encryption at rest & transit
  • Isolated execution environments

Powering Scientific Discovery

From nuclear energy to artificial intelligence, our infrastructure accelerates breakthroughs across disciplines.

Nuclear Reactor Modeling

Simulate reactor core physics, neutron transport, and thermal-hydraulics with unprecedented accuracy.

Core design optimization
Safety analysis
Fuel cycle planning

Plasma Physics

Model fusion plasma behavior, instabilities, and confinement for next-generation energy systems.

Tokamak simulations
Stellarator optimization
Plasma diagnostics

AI & Machine Learning

Train large language models, computer vision systems, and reinforcement learning agents at scale.

Model training
Hyperparameter tuning
Inference optimization

Computational Fluid Dynamics

Solve complex fluid flow problems for aerospace, energy, and industrial applications.

Aerodynamic analysis
Turbulence modeling
Heat transfer

Molecular Dynamics

Simulate protein folding, drug interactions, and materials properties at atomic resolution.

Drug discovery
Materials science
Biophysics research

Climate & Weather

Run high-resolution climate models and weather forecasting simulations with massive datasets.

Climate prediction
Storm modeling
Ocean circulation

Flexible Credit Packages

Pay only for what you use. Scale up or down as your computational needs evolve.

Researcher

$500/month

1,000 credits

Perfect for academic research and small-scale simulations

  • 1,000 compute credits
  • Standard priority queue
  • Email support
  • Basic job monitoring
  • 90-day credit expiration
Most Popular

Professional

$2,500/month

5,000 credits

Ideal for engineering teams and R&D departments

  • 5,000 compute credits
  • Priority queue access
  • 24/7 technical support
  • Advanced job management
  • 180-day credit expiration
  • Custom software environments

Enterprise

Custom

Unlimited

Tailored solutions for large-scale computational needs

  • Unlimited compute credits
  • Dedicated cluster resources
  • White-glove support
  • Custom SLA agreements
  • No credit expiration
  • On-premises deployment options
  • Custom integrations

All plans include access to our full software library, job submission portal, and detailed usage analytics. Enterprise customers receive dedicated support and custom SLAs.