NAVIGATING CHEMICAL SPACE

Empowering the chemical, pharmaceutical, and materials industries

The Problem

Discovery of new materials & molecules is slow and costly

Discovering new drugs, semiconductors, and advanced materials is time-consuming and expensive, slowing innovation in key industries.

Batteries

Solar panels

Ceramics

Drug development

The Solution

Accelerating Discovery Through Digital Twins

Quastify’s solution reduces R&D time and cost by 10-100x as our AI learns from every customer interaction to continuously improve results. This enables companies to bring new materials to market faster and more affordably.

A women working on a computer, looking at a test tube

Our Differentiator

AI Grounded in Quantum Mechanics

We invented the world’s first AI based on Quantum Mechanics. Our founders are pioneers in “Machine Learning in Chemical Space,” a concept adopted by industry leaders, based on over 20 years of research in quantum chemistry and AI.

Technology & Competitive Edge

Our quantum physics-based AI offers faster, more cost-effective, and higher-performing solutions for discovering chemicals and materials. Customers using Quastify outpace competitors in developing new materials.

Faster R&D

Reduced Costs

Scalable AI that learns from each customer

Why do you need to add physics to AI?

Chemistry heavily depends on experimentation to discover and  optimize molecules.

Unlike language models that can draw from vast amounts of data available online, experimental data in chemistry is scarce and must be generated for each discovery.

Therefore, AI models in chemistry need to be highly accurate even  with limited data.

By incorporating physics into AI, we can embed fundamental physical principles into the model, leading to more precise and transferable predictions while drastically reducing the need for experiments.

All AI models to date are only based on statistics. They cannot go much beyond what they were trained on. Having a reflection of physical reality, digital twins enable our models to be truly predictive and explore chemical space autonomously. Much like children learn to play with Lego bricks our AI learns to find better molecules, atom by atom.

The Team

Science, AI & Engineering Experts

Meet our team of scientists and engineers with extensive expertise in physics-based AI, quantum chemistry, and materials science. We put science first and have the ambition to solve the hardest problems in chemistry, material science and pharma.