Clusters built for scalable performance and control.

Run large scale workloads across connected compute systems with consistent performance and full visibility through TurbOS.

See TurbOS® in action

Clusters are ideal for research and engineering workloads that require heavy compute resources. TurbOS unifies these systems under one software environment so every node performs the same way, predictable, repeatable, and fully managed.

How it works

DEPLOY

On-prem
Hosted
Bring TurbOS® online in an hour — on-prem or in our hosted private cloud — with a complete, validated software stack ready for real workloads from day one.

RUN WORKLOADS

Prepare and launch simulations or AI models through TurbOS® Dash in just a few clicks — no manual setup or command-line expertise required.

Smart Resource Allocation & Processing

TurbOS® intelligently distributes jobs across CPU and GPU resources, leveraging pre-installed and optimized packages for high-efficiency parallel computing.

Post-Process & AI-Assisted Insight

Visualize results, load analysis tools, or interact with built-in AI models for deeper insight and faster decision-making.

Manage & Monitor

Monitor usage, users, jobs, and hardware from one dashboard — with real-time visibility into performance, project spend, and troubleshooting.
KEY ADVANTAGES

Identical environment across all nodes

Simplified job scheduling and resource allocation

Centralized performance monitoring

Scalable architecture that grows with your workloads

Cluster Architecture

Built for performance, scale, and simplicity. Every TurbOS cluster is organized into four core layers.

Built to Scale From One System to Thousands

Begin with one node or expand to a very large footprint. TurbOS keeps every system consistent as your cluster grows.

CPU Nodes

GPU Nodes

Gain visibility, trust, and optimized performance on the TurbOS platform.

TurbOS® Supported Applications

The following applications are currently supported and optimized within TurbOS and we continue to add more. If you don’t see your application, let us know!

Cernfluka
A Monte Carlo simulation package for particle physics, used to model particle interactions and radiation transport in matter for nuclear and high-energy physics applications.
Cfl3d
A NASA-developed CFD solver for simulating viscous flows over complex aerospace configurations, specializing in turbulence modeling and aerodynamic analysis.
GadgeT-4
A cosmological simulation code for modeling the evolution of large-scale structure, dark matter dynamics, and galaxy formation in the universe.
Geant
A fully integrated particle physics Monte Carlo simulation package used for the interaction and transport of particles in matter.

TurbOS® Certified Applications

A growing library of tested and optimized applications, ready to run on TurbOS.

Become a TurbOS Certified Partner
DEPLOYMENTS

Hoonify developed TurbOS® to give teams the control, reliability, and speed needed to meet mission goals securely and on time.

Edge Systems

Fast local testing and simulation.

Private Cloud

Secure in-facility operations.

Clusters

Consistent performance for large scale workloads.

Bring TurbOS to your environment

Whether your team runs a small research cluster or a large secure installation, TurbOS provides a consistent environment that is ready for real workloads from day one.

Request a Demo