Formulaite offers an AI-powered platform that transforms plain‑English product goals into scientifically validated, manufacturer‑ready formulations for supplements and cosmetics within hours. The system combines graph neural networks, PBPK modeling, and quantum‑chemistry to predict bioavailability, ingredient interactions, and shelf‑life, while automatically generating batch records and ensuring compliance with global regulations.
Funding
Funding not disclosed
Founders
Product
Problem
Herbal, nutraceutical, supplement, and cosmetic companies often rely on lengthy trial‑and‑error formulation cycles, which consume resources, delay market entry, and produce products with uncertain efficacy and regulatory compliance.
Solution
Formulaite provides an AI‑driven software platform that converts plain‑English product goals into scientifically backed, manufacturer‑ready formulations within hours. The system leverages graph neural networks, physiologically based pharmacokinetic (PBPK) modeling, and quantum‑chemistry simulations to predict bioavailability, ingredient synergies, and shelf‑life before any laboratory work. Each recommendation is linked to peer‑reviewed literature and traditional pharmacopoeia sources, ensuring evidence‑based ingredient selection. The platform automatically generates master batch records and validates compliance with major regulatory frameworks (FDA, EU, FSSAI, AYUSH, Health Canada). Users can test formulations across virtual patient populations, assess demographic variability, and retain full intellectual‑property ownership of the resulting formulas.
Target Audience
Primary customers are supplement and cosmetic brands, contract development and manufacturing organizations (CDMOs), and ingredient manufacturers seeking rapid, data‑driven formulation development.
Features
- AI R&D Agent that translates product briefs into evidence‑based ingredient lists and amounts
- Integrated PBPK simulation for dissolution, absorption, and systemic exposure predictions
- Graph neural network modeling of molecular interactions with liver enzymes, plasma proteins, and gut wall
- Quantum‑chemistry stability analysis to estimate shelf‑life and degradation pathways
- Virtual patient population modeling with selectable demographics (ethnicity, age, gender, health status)
- Automatic generation of manufacturer‑ready master batch records
- Multi‑regional regulatory compliance checks covering FDA, EU Novel Foods, Health Canada, FSSAI, AYUSH, and others
- Peer‑reviewed literature citations and Ayurvedic pharmacopoeia references for each ingredient recommendation