bcom.one is a research organization advancing computational neuropsychiatry, neurophenomenology, and neurosynthetic AI to improve lives across biological, hybrid, and synthetic systems. The company builds shared R&D infrastructure—including the BCOM Ontology—that unifies brain, mind, and society models on common computational principles. Its work spans real-world applications, IP licensing, spin-outs, and an interdisciplinary academy for training scientists.
- Artificial Intelligence
- Biotechnology
- Digital Health
- Healthcare Technology
- Software Only
Funding
Funding not disclosed
Founders
Product
Problem
Traditional approaches to understanding the brain, mind, and society remain fragmented across disciplines, lacking a shared computational framework that can integrate findings from neuroscience, psychiatry, and social science. This limits the development of safer AI systems and effective treatments for mental health conditions, as well as the ability to model complex human and hybrid ecosystems.
Solution
bcom.one provides a unified research infrastructure built on the BCOM Ontology, a common language that allows brain models, ecosystem models, and AI systems to share the same foundational principles. The organization conducts research across three pillars: computational neuropsychiatry, artificial and synthetic intelligence, and society of agents, enabling breakthroughs in understanding and treating mental health conditions while developing safer, data-efficient AI. By combining abundant computational power, rigorous mathematical tools, and interdisciplinary talent, bcom.one translates theoretical models into real-world applications through licensing, co-development, and spin-out companies that deliver solutions to clinicians, engineers, and institutions.
Target Audience
Primary audiences are researchers and scientists in neuroscience, psychiatry, and AI, as well as industry partners in healthcare and technology seeking to license IP or co-develop applications. The organization also serves clinicians and institutions looking for advanced computational tools for mental health and brain research.
Features
- BCOM Ontology: a shared computational language enabling cross-disciplinary integration across brain, mind, and society models
- Research programs in computational neuropsychiatry, neurosynthetic AI, and simulated agent societies
- R&D infrastructure with shared software, simulation platforms, and architecture for all projects
- IP and spin-out pathway that converts research into licensable patents, codebases, and protocols
- BCOM Academy offering studios, exchanges, and fellowships for interdisciplinary training across life sciences, art, and humanities