You'll make your science and engineering products usable, discoverable, and reproducible for learners, educators, researchers, and business professionals.

Advantages of making your simulation tool available via nanoHUB:

• Gain access to a large audience: 1.5 million visitors per year and growing.
• nanoHUB tools are publications, indexed by Web of Science and Google Scholar.
• Secondary citations. Collectively, nanoHUB tools have an h-index of 82.
• Automatic usage data for each tool shows impact. Learn where your users come from, their affiliation, and more.
• nanoHUB's ecosystem has a place for simulation tools in a multitude of fields: materials science, manufacturing, biology, chemistry, physics, electrical and mechanical engineering, and more.

A web-accessible development workflow

• Complete Linux environment
• A multitude of software packages are already installed in nanoHUB
• Submit simulations to high-performance computing resources
• Launch the Workspace or Jupyter tool in your web browser and start working

Personal Support

• Ticketing system provides assistance to developers or technical support
• 99.466% uptime
• Citation tracking
• Control the reuse of your code and assets via licensing

Community Support

• Question and Answer forum where your tool's users can find help
• User reviews provide feedback
• Easily share your tool on social media

Multiple ways to publish a tool

If you would like to deploy a workflow, creating a Jupyter Workflow will be your best option. If you already have an X11 GUI that you'd like to use, you can create a tool with that method.

Otherwise, choose one of the three primary types of tools that you can publish on nanoHUB: a Rappture tool, a Jupyter Notebook, or Rappture tools invoked within a Jupyter Notebook.

Which is the best for your purposes? 

*Rappture to handle tool input/output Jupyter graphical interfaces with tool

Still can't decide? This decision tree will guide you through the process.