At BEIT, we push the boundaries of quantum and classical computing to solve the toughest challenges in drug discovery and beyond.

Our advanced products—BDocker, BQChem, WaferMol, and more—deliver unparalleled speed, accuracy, and scalability for molecular docking, quantum chemistry, and high-throughput simulations. BDocker leverages state-of-the-art simulated annealing to outperform traditional docking tools, while BQChem utilizes GPU-accelerated, size-consistent Brillouin-Wigner perturbation theory for faster and more accurate quantum chemistry calculations. WaferMol expands capabilities even further with wafer-scale molecular dynamics, enabling rapid drug candidate screening and optimization for complex molecular systems.

By collaborating with leading high-performance computing and quantum hardware providers, we integrate cutting-edge innovations into practical solutions for real-world problems—whether you need on-premise deployments or secure cloud integration.

Together, let’s turn quantum computing into tangible results. Ready to bring your drug discovery computation to the next (quantum) level? Contact us to learn how our solutions can power your next breakthroughs.

BEIT

Konrad Pawlus

This department conducts research and development in quantum science and technology, focusing on algorithms, chemistry, and physics.

Quantum Research

This department oversees the development and lifecycle of products, ensuring they meet market needs and align with company strategy.

Product Management

This department focuses on advancing scientific knowledge and developing new drug therapies.

BEIT

Org chart

Teams

Quantum Research

Product Management

Research and Development

Offices