Rasayan.ai Retrosynthesis is a chemistry intelligence platform designed to help pharmaceutical, biotech, CDMO, CRO, and chemical research teams plan and evaluate synthetic routes more efficiently.
The platform enables scientists to start with a target molecule and explore possible retrosynthetic pathways by breaking the molecule into suitable intermediates, building blocks, and commercially available starting materials. This helps researchers quickly identify practical synthesis options while reducing the time spent manually searching literature, patents, and supplier databases.
Rasayan.ai supports route scouting by combining chemistry knowledge with intelligent analysis of reactions, reagents, intermediates, and available compounds. Scientists can compare multiple synthetic approaches and evaluate them based on factors such as number of steps, availability of starting materials, route complexity, and overall practicality.
The platform is especially useful for API development, medicinal chemistry, process chemistry, custom synthesis, and early-stage drug discovery. It can help teams identify alternative routes when an existing process is expensive, difficult to scale, dependent on unavailable raw materials, or restricted by intellectual property considerations.
Rasayan.ai also connects retrosynthesis with supplier and catalogue information through its Buyables workflow. This allows scientists to identify relevant commercially available reagents and building blocks while planning a synthesis, helping bridge the gap between route design and procurement.
For organizations managing multiple molecules or customer projects, Rasayan.ai can reduce repetitive manual research and help scientists evaluate routes in a more structured and consistent way. It also supports faster collaboration between R&D, sourcing, procurement, and business teams.
Key benefits include faster route scouting, multiple synthetic route options, identification of
