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红杉、云启领投,华超神控完成2亿元Pre-A轮融资,押注「非侵入式AI脑机接口」

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Merged summary

TL;DR - Chinese non-invasive brain-computer interface startup BCI-Sonics raised RMB 200 million in Pre-A funding to advance product development, clinical studies, talent recruitment, and AI infrastructure. Its platform combines focused ultrasound, multimodal brain sensing, and AI neural decoding to create closed-loop systems for research, clinical, and consumer applications.

  • The company uses low-intensity transcranial focused ultrasound for non-invasive, millimeter-scale modulation of cortical and deep-brain targets.
  • Its multimodal sensing stack combines functional ultrasound and EEG with fMRI, PET, and acoustic safety monitoring.
  • AI models interpret brain states, select personalized stimulation parameters, and optimize them using neural feedback.
  • Two generations of its FUS-BCI system have completed development and received safety reports; clinical entry for the closed-loop system is planned for Q1 2027.

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红杉、云启领投,华超神控完成2亿元Pre-A轮融资,押注「非侵入式AI脑机接口」

雷峰网 (AI科技评论) 2026-09-22
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Providers: Hugging Face · N/A OpenAlex · N/A Publisher · N/A Semantic Scholar · N/A X · N/A Fetched 2026-09-26 14:14:35.282712 UTC

TL;DR - Chinese non-invasive brain-computer interface startup BCI-Sonics raised RMB 200 million in Pre-A funding to advance product development, clinical studies, talent recruitment, and AI infrastructure. Its platform combines focused ultrasound, multimodal brain sensing, and AI neural decoding to create closed-loop systems for research, clinical, and consumer applications.

  • The company uses low-intensity transcranial focused ultrasound for non-invasive, millimeter-scale modulation of cortical and deep-brain targets.
  • Its multimodal sensing stack combines functional ultrasound and EEG with fMRI, PET, and acoustic safety monitoring.
  • AI models interpret brain states, select personalized stimulation parameters, and optimize them using neural feedback.
  • Two generations of its FUS-BCI system have completed development and received safety reports; clinical entry for the closed-loop system is planned for Q1 2027.
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