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HyperNeuron (极芯智元) logo

HyperNeuron (极芯智元)

Guangzhou, Guangdong, China

  • Brain-computer interfaces

Guangzhou Jixin Zhiyuan Life Sciences Co., Ltd. develops core multimodal brain-computer interface (mmBCI) technologies and medical devices. It combines flexible sensing, dedicated chips, intelligent algorithms, AI, large models, embodied intelligence, and robotics to create solutions for healthcare and other sectors.

reccy insights

Recent highlights

HyperNeuron’s stated focus is the development of multimodal brain-computer interface (mmBCI) technologies and medical devices. Its described technical scope brings together flexible sensing, dedicated chips, intelligent algorithms, and information management, with intended applications spanning healthcare and other sectors. The company also describes combining BCI with AI, large models, embodied intelligence, and robotics. These details indicate a broad development agenda, but do not confirm specific product releases, clinical outcomes, commercial deployments, or customer relationships.

Written by reccy's AI from company sites, press and funding records · updated Oct 2026

What makes HyperNeuron (极芯智元) distinct

  1. 01Focuses on multimodal brain-computer interfaces, combining multiple technical capabilities across the development chain.
  2. 02Describes an end-to-end ecosystem spanning flexible sensors, dedicated chips, intelligent algorithms, and information management.
  3. 03Integrates brain-computer interface technology with AI, large models, embodied intelligence, and robotics.
  4. 04Targets applications across healthcare, elder care, education, industry, transportation, and consumer markets.
  5. 05States a mission of providing safe, effective, and accessible brain-computer interface products and solutions.

Technology & products

  • Multimodal brain-computer interface (mmBCI) technology
  • Flexible sensing
  • Dedicated chips
  • Intelligent algorithms
  • Information management systems
  • Integration of brain-computer interfaces with AI, large models, embodied intelligence, and robotics