Neurotechnology powered by engineered human brains.

The Nexon™ platform connects the biological complexity of the human brain with modern computing to improve clinical translation of neurological drug development.

Tissue Engineering

By combining diverse cell types within self-organizing architectures, organoid models replicate the complex signaling and networks that make up the human neurological system.

3D organoids capture key structural and functional aspects of brain and nerve tissue, including spontaneous calcium oscillations, electrical activity, and gene expression patterns reflective of human development.

Neural Interfacing

Enables communication with brain models by applying stimuli and recording neural functions. Integrating tissue-engineered organoids enables targeted brain region modulation. As neural networks grow in contact with embedded electrodes, they enable control over neural firing in a high-throughput, more reliable environment.

Artificial Intelligence

AI enables the detection of subtle neurological changes across organoid models, revealing neurological function. By aligning with established EEG methodologies, the system enhances feature-level analysis, generating clinically relevant insights and supporting the translation of complex neural data into decision making processes.