Our Platform

Two modalities. One unified architecture.

Our TMS and tFUS platforms share a common AI targeting engine and robotic delivery framework, designed from the ground up for precision, reproducibility, and translational research.

Shared Foundation

One AI backbone across both systems.

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AI Targeting Engine

Personalized session planning based on each individual's neuroimaging data, localizing functional nodes and structural pathways with high accuracy.

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Robotic Delivery

Automated robotic positioning removes operator variability, ensuring every session is reproducible and every dataset is directly comparable.

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Physics-Based Simulation

Computational modeling of individual tissue properties optimizes energy delivery, improving safety and targeting accuracy for each person.

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Closed-Loop Monitoring

Compatible with a broad range of biosignal monitoring tools, supporting closed-loop research and clinical workflows within a single integrated system.

Platform 1

AI-Robotic TMS System

Transcranial magnetic stimulation uses focused magnetic fields to modulate cortical brain circuits without surgery or implants. Our AI-robotic TMS platform is built for research and clinical settings that demand consistent, reproducible, and personalized neuromodulation.

  • Personalized Targeting
    Each session is planned using the individual's own neuroimaging data, ensuring stimulation reaches the intended brain target with precision.
  • Reproducible Delivery
    Robotic positioning eliminates manual setup variability, making results consistent across sessions, operators, and sites.
  • Safety-Optimized Energy Delivery
    Physics-based electromagnetic simulation personalizes energy delivery for each individual, minimizing off-target effects.
  • Multimodal Integration
    Supports a wide range of biosignal monitoring within a unified platform, enabling richer data collection and closed-loop research workflows.

Interested in our TMS platform for your research or clinical program? Get in touch and we will walk you through the details.

Contact Us
TMS System
[Video / image of robotic TMS system]
Platform 2

AI-Robotic tFUS System

Transcranial focused ultrasound uses acoustic energy to reach deep brain structures non-invasively. Our tFUS system is a research-stage platform designed for neuroscience labs seeking to study deep brain circuits without surgery. It is built on the same AI architecture as our TMS system, extended to address the acoustic challenges of delivering ultrasound through the skull.

  • Deep Brain Access
    Reaches brain structures well beyond the cortical surface, enabling research into deep brain circuits that standard non-invasive tools cannot access.
  • AI Skull Aberration Correction
    The skull distorts ultrasound waves in ways that limit focal accuracy. Our proprietary AI correction algorithm compensates for these distortions, improving the precision of acoustic delivery.
  • Flexible Research Configurations
    Available in configurations suited to different research scales and settings, from preclinical animal studies to human research. Contact us to find the right fit for your lab.
  • Unified Platform Architecture
    Shares the same AI targeting and robotic delivery backbone as our TMS system, enabling a coherent and reproducible research workflow across both modalities.

Interested in our tFUS platform for your neuroscience research? We would love to discuss how it fits your work.

Contact Us
tFUS System
[Video / image of robotic tFUS system]