Product pathGenOptimiser

Unify your transcriptomics, proteomics, epigenomics and metabolomics datasets into an automated network pharmacology workflow. Dynamically simulate drug responses on static digital twins to pinpoint exactly where therapeutic compensation ends and adverse toxicity begins, De-risk your mechanism of action before wasting millions in the wet lab.
BD use: Turn disconnected multi-omics data into clear, contextual causality
Product pathClinForecast

Eliminate guesswork by using deep learning to optimize inclusion criteria, map endpoints, and engineer protocols around failure bottlenecks. Cut evaluation costs from $2.5M to under $1M while compressing mapping and intelligence timelines from months to days. Protect patent life and stop costly delays by converting global trial data into predictive foresight for waiting patients.
BD use: Stop navigating the clinical landscape in the dark
Product pathPhenoLink

Eliminate the translational blind spot by matching the exact animal model to your target human disease phenotype. Stop wasting $5–10 billion annually on compounds that work perfectly in mice but fail in human clinical trials. Automatically flag opposing phenotypes between rodents and humans to ensure preclinical success dictates clinical reality.
BD use: Ensure your preclinical success dictates human clinical reality
Partner productSeraj*
Stop using chatbots that summarize one paper at a time. Run complex, parallel research queries that automatically build complete literature and systematic reviews. Eliminate the dangerous risk of unverified AI claims. Every line of generated text is bound under rigid constraints to traceable PMIDs and DOIs. Move past basic search engines to a platform that finishes assigned research tasks, delivering structured outputs straight into Word, Excel, and figures.
BD use: Turn massive literature search into immediate, actionable discovery