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Combined power of AI & automation for drug discovery
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AI & Quantum Physics
Our industry-leading platform helps scientists discover & optimize better molecules, faster.
We harness artificial intelligence & physics to explore chemical space accurately & efficiently
Advancements in AI-driven drug discovery are revolutionizing the field with the ability to generate a diverse set of novel compounds and explore a large chemical space. High-throughput virtual screening, enhanced by active learning, allows for more efficient identification of promising molecules.
Additionally, accurate binding affinity predictions using free energy perturbation technology match the precision of experimental methods and support various drug design scenarios. This comprehensive approach benefits from state-of-the-art molecular force fields and leverages cloud computing for efficiency, making it a powerful tool in modern drug discovery.
Core principles
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AI generative
molecular designs
AI compound generations enable the possibility to explore ultra large chemical space, cover most of molecular design scenarios and generation strategies.
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High throughput
Highly efficient algorithms and mass allocation of computational resources on the cloud
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Accurate binding
affinity predictions
Physics-based free energy perturbation technology for computationally predicting protein-ligand binding at an accuracy matching experimental methods, across various drug discovery scenarios.
Accurate
Accurate across various targets with the state-of-the-art molecular force field
Comprehensive
Covers drug design scenarios like binding free energy, scaffold hopping, and protein mutations.
Virtual Screening
Ultra-large chemical libraries require efficient screening. Active learning enhances virtual screening by iteratively training AI models.
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Automation and Digitalization Chemistry
Transforming laboratories with advanced automation for enhanced efficiency & accuracy
We leverage digitized and automated systems to optimize chemical synthesis, solid-state research, and chemistry data collection at scale.
In the rapidly evolving field of scientific research, laboratory automation is revolutionizing traditional methods, making high-quality, large-volume experimental data more accessible than ever. By integrating advanced automated systems into various industry applications, we are enhancing efficiency and freeing researchers from tedious and repetitive tasks.
We build intelligent laboratories that harness automation to enhance the precision and throughput of chemical execution and data generation, ultimately driving groundbreaking, data-driven discoveries and innovations.
Core principles
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Automation of
Experimental Processes
Our advanced automated systems streamline various experimental processes across multiple industries. By developing scalable automation solutions, we significantly increase the efficiency and consistency of research activities.
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Digitization of
Laboratory Data
By applying digital technology, our researchers rocess and analyze data more accurately and reliably, facilitating the discovery and resolution of experimental challenges.
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Intelligent Laboratory
Infrastructure
Building on high automation and digitization, our intelligent laboratory infrastructure incorporates artificial intelligence to autonomously perform experimental operations and analyses. This advanced level of intelligence not only boosts the efficiency and accuracy of scientific research but also fosters innovation and creativity from the ground up.
Accelerate drug discovery
Harness the power of AI & Automation to discover new life-changing drugs, faster and more efficiently.
