Our Philosophy
One entity. Many scientific contexts.
Scientific knowledge is defined by context, relationships, and evidence. Chemantics exists to preserve those connections wherever knowledge is created, stored, and used.
Our Philosophy
One entity.
Many scientific contexts.
Scientific knowledge is defined by context, relationships, and evidence. Chemantics exists to preserve those connections wherever knowledge is created, stored, and used.
Our Philosophy
One entity. Many scientific contexts.
Scientific knowledge is defined by context, relationships, and evidence. Chemantics exists to preserve those connections wherever knowledge is created, stored, and used.
Our Story
Built to preserve the meaning between scientific entities.
As scientific information moves between databases, documents, spreadsheets, and software systems, the context that gives it meaning is often lost. Chemantics was built to preserve scientific meaning beyond the boundaries of individual applications.
Chemantics makes scientific entities the organizing core. Their descriptions, relationships, processes, products, evidence, provenance, and lineage become part of a persistent semantic knowledge layer.
The Challenge
Scientific knowledge becomes fragmented as it moves between systems, making relationships, context, and evidence difficult to preserve.
The Insight
A compound, protein, or other scientific entity may appear in pathways, formulations, publications, specifications, products, and experiments. Despite these different contexts, it remains the same scientific entity.
Chemantics
We build the semantic foundation that enables scientific knowledge to remain connected, traceable, and reusable across systems.
Our Story
Built to preserve the meaning between scientific entities.
As scientific information moves between databases, documents, spreadsheets, and software systems, the context that gives it meaning is often lost. Chemantics was built to preserve scientific meaning beyond the boundaries of individual applications.
Chemantics makes scientific entities the organizing core. Their descriptions, relationships, processes, products, evidence, provenance, and lineage become part of a persistent semantic knowledge layer.
The Challenge
Scientific knowledge becomes fragmented as it moves between systems, making relationships, context, and evidence difficult to preserve.
The Insight
A compound, protein, or other scientific entity may appear in pathways, formulations, publications, specifications, products, and experiments. Despite these different contexts, it remains the same scientific entity.
Chemantics
We build the semantic foundation that enables scientific knowledge to remain connected, traceable, and reusable across systems.
Our Story
Built to preserve the meaning between scientific entities.
As scientific information moves between databases, documents, spreadsheets, and software systems, the context that gives it meaning is often lost. Chemantics was built to preserve scientific meaning beyond the boundaries of individual applications.
Chemantics makes scientific entities the organizing core. Their descriptions, relationships, processes, products, evidence, provenance, and lineage become part of a persistent semantic knowledge layer.
The Challenge
Scientific knowledge becomes fragmented as it moves between systems, making relationships, context, and evidence difficult to preserve.
The Insight
A compound, protein, or other scientific entity may appear in pathways, formulations, publications, specifications, products, and experiments. Despite these different contexts, it remains the same scientific entity.
Chemantics
We build the semantic foundation that enables scientific knowledge to remain connected, traceable, and reusable across systems.
Our Team
Our Team
Science, semantics, and software -
under one roof.
Science, semantics, and software -
under one roof.
Science, semantics, and software -
under one roof.
Bridging science and software requires expertise in both domains. Our team combines chemistry, knowledge representation, data engineering, and software development to turn that vision into reality.
Bridging science and software requires expertise in both domains. Our team combines chemistry, knowledge representation, data engineering, and software development to turn that vision into reality.
Bridging science and software requires expertise in both domains. Our team combines chemistry, knowledge representation, data engineering, and software development to turn that vision into reality.
Dr. Matthias Nolte
CEO & Scientific Insight
Co-Founder
CEO & Scientific Insight
Co-Founder
Leads Chemantics as a chemist, connecting scientific insight with company direction.
Leads Chemantics as a chemist, connecting scientific insight with company direction.
Why I founded Chemantics
"While working with scientific data, I repeatedly saw knowledge lose its meaning as it moved between databases, documents, and software systems. The relationships, evidence, and context that made information trustworthy were often lost. Chemantics was created to preserve that meaning wherever scientific knowledge moves."
"While working with scientific data, I repeatedly saw knowledge lose its meaning as it moved between databases, documents, and software systems. The relationships, evidence, and context that made information trustworthy were often lost. Chemantics was created to preserve that meaning wherever scientific knowledge moves."
John Duncan
System Architecture & Scientific Software Development
Co-Founder
System Architecture & Scientific Software Development
Co-Founder
Designs Chemantics' technical architecture and develops scientific software that turns complex domain requirements into reliable, scalable systems.
Designs Chemantics' technical architecture and develops scientific software that turns complex domain requirements into reliable, scalable systems.
Manfred Voglmaier
Sales & Business Development
Co-Founder
Sales & Business Development
Co-Founder
Connects Chemantics with scientific organizations, develops strategic partnerships, and translates customer needs into business opportunities.
Connects Chemantics with scientific organizations, develops strategic partnerships, and translates customer needs into business opportunities.
"The need for connected, reusable scientific knowledge exists across the entire industry, regardless of company size or scientific domain."
"The need for connected, reusable scientific knowledge exists across the entire industry, regardless of company size or scientific domain."
Our work is guided by a simple principle: scientific knowledge should retain its meaning, regardless of where it is stored, shared, or used.
Our work is guided by a simple principle: scientific knowledge should retain its meaning, regardless of where it is stored, shared, or used.
Mission and Vision
Building the semantic foundation for
AI-ready science
Our Mission
Build the semantic foundation that keeps scientific knowledge connected.
Our Vision
A world where scientific knowledge remains understandable, traceable, and reusable across people, systems, and AI.
Mission and Vision
Building the semantic foundation for
AI-ready science
Our Mission
Build the semantic foundation that keeps scientific knowledge connected.
Our Vision
A world where scientific knowledge remains understandable, traceable, and reusable across people, systems, and AI.
Mission and Vision
Building the semantic foundation for
AI-ready science
Our Mission
Build the semantic foundation that keeps scientific knowledge connected.
Our Vision
A world where scientific knowledge remains understandable, traceable, and reusable across people, systems, and AI.
Scientific knowledge should retain its meaning.
Scientific knowledge should retain its meaning.
Chemantics was created to ensure scientific knowledge remains connected to its context, relationships, and evidence.
Chemantics was created to ensure scientific knowledge remains connected to its context, relationships, and evidence.