Paramus

Chemistry for AI

Traceable. Provenance you can check.
Calculations run locally through verified methods — every result labeled Exact, Estimated, or Generative, so you always know what kind of number you have. Your molecules and lab data never leave your walls.

109 Apps

Redesigned or embedded for AI. Run heavy calculations locally — reproducible, your IP stays in-house. One-click install from the app store, plus cloud apps billed per use.

2139 Tools

Compute – not guess. AI-callable methods for engineering, predictions, and robotics. The conservation laws don’t negotiate.

28 Skills

Curated, task-level workflows across 6 solution areas. Each skill routes an agent to tested tools instead of writing and running its own Python — auditable, no arbitrary code execution. Call tools, not code.

In a hurry? See screenhots →

Solution Packages

Polymer Chemistry

AI-powered design of polymers and processes. Accelerate discovery with AI models and agent-driven process optimization.

Medicinal Chemistry and Process Development

Predict properties, optimize reactions, and accelerate drug discovery with multi-agent workflows and secure local inference.

Material Science

Inverse design of new materials with AI + simulation tools (ORCA, LAMMPS, AIMNet2, MatterGen).

Chemical Engineering

AI-powered design of processes and plants. Let the generative LLM make complex calculations.

Single User

Individual scientists or engineers using Paramus for direct research and development.

Contributor

Experts or teams providing models, agents, data, or domain knowledge to Paramus.

Contributors get FREE access to Paramus – even in commercial settings *).

Partner

Reseller and System Integrators

Organizations integrating Paramus into their own infrastructure or offerings.

Contact us and we discuss oportunities.

Data Scientist

Use the Paramus Python API to speed up your tool availability. No need to pull and set up each computational software or dataset over and over again. Use Paramus in Jupyter.

*) Terms apply.

FAQ

What is Paramus Chemistry OS?

A computational chemistry platform that integrates AI models, quantum chemistry engines, molecular dynamics, knowledge graphs, and laboratory automation. It runs locally on Windows and offers a cloud edition for browser-based access and team collaboration.

How does the MCP integration work?

Paramus exposes 1,200+ chemistry tools via the Model Context Protocol (MCP), allowing AI assistants like Claude, GitHub Copilot, and Cursor to run computations through natural language.

Is Paramus free for academic use?

Yes. Academic licenses are available at no cost for university researchers, PhD students, and postdocs. Commercial licenses include priority support and cloud features.

What operating systems are supported?

Paramus Chemistry OS runs on Windows 10 and 11. All computation happens locally on your machine with no cloud dependency required.

How do I get started with Paramus?

Download the installer from paramus.ai, run the setup wizard, and start using INTENT to ask questions or run computations in natural language. No configuration needed.

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