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Free Energy Perturbation (FEP)
With the aim of rescoring docking scores, we have developed a platform that can routinely conduct absolute binding free energy calculations for tens to hundreds of compounds, with the potential for further expansion in scale to thousands.
Utilizing the FMO-DFTB method, we have implemented a method that enables us to both significantly speed up resource-intensive quantum chemical calculations while maintaining the accuracy of the calculations.
AI & Simulation for Drug Design
High-quality molecular design combining AI and simulation with the knowledge of medicinal chemists to accelerate the hit-to-lead and optimization process.
Ultra Large Scale
Virtual Screening
Virtual screening implemented according to customer needs, using virtual libraries on the order of billions of compounds, as well as libraries generated and optimized by AI based on multiple parameters.
Examination of both structure-based and ligand-based methods to determine the ideal approach for virtual screening.
Construction of a platform to reduce computational costs by methods such as the dynamic management of computing resources and active learning-based docking implementation.
High-spec GPU Supercomputers
NVIDIA‑native DGX architecture and highly scalable inter‑node communication
High‑speed connectivity with high‑performance storage
High security through logical isolation of tenants and networks
Cutting-edge DX Solutions
In addition to company‑specific environments, a highly convenient shared environment available to all participating companies is also provided.
Community for Co-creation and Collaboration
A diverse group of participants ranging from decision‑makers to researchers from participating companies
A platform that enables regular interaction among researchers across organizational and hierarchical boundaries, fostering open collaboration and co‑creation