CFD Made Simple

Designed for non-CFD experts and experts alike. Run complex fluid dynamics simulations with pre-configured templates and Google Docs-style collaboration.

No expertise required
Setup in minutes
Real-time collaboration
Scalable cloud computing

Powerful Features

Everything you need to run sophisticated engineering simulations in the cloud

Project management

Project Management

At its core dicehub is a project and data management tool which serves as a centralized all-in-one platform for more efficient and novel engineering techniques.

Template-based engineering

Template-based Engineering

Use pre-configured templates for specialized cases or create your own templates to share with colleagues or the large community of simulation engineers.

Flexible deployment

Flexible Deployment

Keep the freedom and flexibility to decide where your data is stored and what resources are being used. Select the cloud provider (AWS, Azure, Google, Hetzner) or install dicehub on premises.

Programmable API

Programmable API

Use our GraphQL API or the dicehub python library to script your own automated simulation workflows. At its core dicehub is a project and data management tool.

SaaS / Pay-as-you-Scale Model

Pay as you scale with dicehub - our transparent pricing structure means you only pay for what you use, making it the flexible and cost-effective choice for all your fluid dynamics simulation needs.

No upfront costs or setup fees
Scale resources based on your needs
Transparent, usage-based pricing
SaaS Pay-as-you-Scale Model

Use cases

Powerful CFD solutions for engineers across industries

Aerospace Engineering

Optimize airfoil designs, analyze wing performance, and simulate complex aerodynamic flows for aircraft and spacecraft.

Wing optimization
Turbulence analysis

Automotive Industry

Improve vehicle aerodynamics, optimize cooling systems, and enhance fuel efficiency through detailed CFD analysis.

Drag reduction
Thermal management

Energy & Power

Design efficient turbines, optimize heat exchangers, and analyze renewable energy systems for maximum performance.

Turbine efficiency
Heat transfer