Turning the world's chemistry knowledge into action
We're building the operating system for the $5 trillion chemical industry.
One platform that connects data, knowledge, and workflows across your organization.
A $5 trillion industry running on 1990s infrastructure
The result is silos everywhere. Knowledge trapped in teams, tools, and filing cabinets that were never designed to talk to each other.
Journals
Patents
Lab Notes
PowerPoints
Safety Docs
Datasheets
ELN
SciFinder
Reaxys
ChemDraw
PubChem
PubMed
ChEMBL
SDBS
Google Patents
CAS Registry
NMR Tools
Mass Spec
HPLC Traces
IR Analysis
LC-MS analysis
Instrument Logs
Analytical Requests
Excel
SAP
LIMS
SharePoint
Outlook
Supplier Catalogs
Equipment Booking
Graphing Tools
Inventory System
Procurement
Python Scripts
Docking
Aspen Plus
Thermal Stability
gPROMS
Waste Disposal
Property Prediction
Batch Records
SCADA
Solubility Data
Ionization States
Physical Props
MSDS
Decomposition Studies
A single chemist uses 20+ tools a day, and none of them talk to each other.
The language is structures, spectra, and reactions.
This is why chemistry isn't ready for AI.
The Solution
One intelligence layer. Every tool connected.
An AI layer that sits on top of every tool you already use. Hundreds of specialized agents, each focused on a different part of chemistry, coordinating to turn one prompt into a complete answer.
Chempanion
MedChem
Synthesis
Literature
Analytical
Search
Execution
Patent
Procurement
Cost Analysis
Safety
Inventory
Scheduling
Prediction
Environmental
Scale-Up
Regulatory
Materials
Quality
The Vision
From a single prompt to a molecule
"I need a compound that can cross the blood-brain barrier and bind to this protein target."
Within seconds, Chempanion searches her company's past experiments, the published literature, patents, and supplier catalogs worldwide. It proposes three candidate molecules, ranked by cost, likelihood of success, and environmental impact, using materials already in the warehouse. She picks one. Chempanion writes the step-by-step instructions, books the equipment, places the supply order, and starts tracking the experiment in real time. Three months of work for a team of five, done in an afternoon.
Drug Discovery — Boston
"I need a solid-state electrolyte that's stable at high temperatures and cheaper than what's on the market."
Chempanion scans decades of materials research: internal formulations, academic papers, failed experiments that revealed unexpected properties. It returns four candidate materials with predicted performance, estimated production cost, and a flag noting one uses a supply chain entirely within North America. The engineer selects it. Chempanion generates the lab protocol, checks inventory, and schedules the test cell assembly. A six-month search, finished before lunch.
Battery Materials — Detroit
"I need a biodegradable polymer with the tensile strength of nylon but breaks down in seawater within 90 days."
Chempanion cross-references biodegradable polymers, ocean degradation studies, and strength tests across the literature. It finds candidates no one at the company had considered, including a 2019 paper from Kyoto that was never cited. It proposes a modified version, maps out how to make it using commercially available ingredients, and estimates a cost within 15% of conventional nylon. Years of trial and error, compressed into minutes.
Sustainable Polymers — Amsterdam
The Opportunity
The operating system for a $5 trillion industry is being written right now
The next breakthrough molecule is out there waiting. We're building the system to find it.
