KoSyne NeuroTech

Advancing the Science and Delivery of Non-Invasive Neuromodulation

We develop next-generation research platforms for transcranial focused ultrasound(tFUS) and transcranial magnetic stimulation(TMS) combined with AI-driven analysis, with the goal of making non-invasive neuromodulation more precise, consistent, and reproducible.

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Non-Invasive
No surgery, no implants. We harness physical energy to modulate the brain from outside.
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AI-Guided Precision
Personalized targeting informed by each individual's neuroanatomy, delivered with sub-millimeter accuracy.
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Robotic Consistency
Robotic delivery removes operator variability, making every session reproducible and every dataset comparable.
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Research to Translation
Built for both neuroscience discovery and clinical research, bridging fundamental science and translational application.
Who We Are

Built at the intersection of neuroscience, AI, and robotics.

KoSyne NeuroTech is a neurotechnology company developing AI-robotic platforms for non-invasive neuromodulation research. We work across transcranial focused ultrasound and transcranial magnetic stimulation, building the infrastructure that lets researchers and clinicians study and apply these tools with greater precision and reproducibility.

Our work sits at the intersection of neuromodulation physics, hardware engineering, computational neuroscience, and clinical translation. We are actively expanding into the global research and clinical ecosystem.

Our Philosophy

KoSyne — 空山慈, the empty mountain. Not desolate, but serene. A mind cleared of noise. A brain returned to itself.

空山慈科技
KoSyne NeuroTech
Our Mission
To make non-invasive neuromodulation more precise, consistent, and reproducible, pushing the boundaries of what brain research can answer, and ultimately accelerating better treatments for neurological and psychiatric conditions.
Our Platform

Two modalities. One unified architecture.

Our tFUS and TMS systems share a common AI backbone and robotic delivery framework. This integration is not incidental. It reflects our core belief that consistency and reproducibility require a unified approach across the full depth of the brain.

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