Neuronic 专注研发脑机接口医疗器械，将神经信号转化为精准指令，帮助脊髓损伤、ALS 等患者重获行动与表达能力。
Neuronic develops brain-computer interface medical devices that translate neural signals into precise commands, restoring movement and communication for patients with SCI and ALS.
全球超过 2700 万人因脊髓损伤、ALS 或其他神经系统疾病失去自主运动与表达能力。Neuronic 相信，脑机接口技术能够成为这些患者与世界重新连接的桥梁。
Over 27 million people worldwide have lost the ability to move or communicate due to spinal cord injury, ALS, or other neurological conditions. Neuronic believes BCI technology can become the bridge reconnecting these patients to the world.
我们的第一代产品 N1 专为运动皮层信号采集设计，帮助患者通过意念操控假肢、轮椅和电脑。
Our first-generation device, N1, is designed for motor cortex signal acquisition — enabling patients to control prosthetics, wheelchairs, and computers through thought alone.
自主研发的聚合物柔性探针，宽度仅为人发的十分之一。1024 通道同步采集，植入创伤极小，长期生物相容性经 18 个月灵长类实验验证。
Proprietary polymer flexible probes — one-tenth the width of a human hair. 1024-channel simultaneous recording with minimal implant trauma, validated over 18 months in primate studies.
专为神经信号设计的定制芯片，在设备本地完成实时解码，延迟低至 0.1ms，无需传输至云端，从设计层面保护患者数据隐私。
A custom chip designed specifically for neural signals. Real-time decoding at 0.1ms latency, entirely on-device. Patient data never leaves the device — privacy by design.
突破性低功耗无线协议，支持高带宽神经数据双向传输，同步实现神经刺激反馈回路，完全无经皮导线，降低感染风险。
Breakthrough low-power wireless protocol enabling high-bandwidth bidirectional neural data and stimulation feedback, with no transcutaneous wires — minimizing infection risk.
18 个月长期植入验证，生物相容性与信号稳定性优秀。
18-month long-term implant study. Excellent biocompatibility and signal stability confirmed.
材料安全性与信号采集质量全部达到 ISO 14708 标准。
Material safety and signal quality fully meet ISO 14708 standards.
招募 6 名脊髓损伤患者，预计 2025 Q3 读出数据。
Enrolling 6 spinal cord injury patients. Data readout expected Q3 2025.
ALS、帕金森症、难治性抑郁症等神经系统疾病的治疗应用。
Therapeutic applications for ALS, Parkinson's disease, treatment-resistant depression, and more.
牛津大学临床神经科学博士，主导过 3 项 FDA 突破性医疗器械认定。
PhD from University of Oxford in Clinical Neuroscience, led 3 FDA Breakthrough Device Designations.
香港科技大学航空航天工程博士，深耕复杂动力学系统研究逾十年，主导核心解码算法架构设计，累计发表 SCI 论文 30 余篇。
PhD in Aerospace Engineering from HKUST, 10+ years in complex dynamical systems research, leading our core decoding algorithm design, with 30+ SCI publications.
牛津大学生物医学工程博士，10 年脑机接口系统研发经验，深度参与国家脑科学重大专项。
PhD from University of Oxford in Biomedical Engineering, 10 years in BCI systems R&D. Key contributor to China's National Brain Science Program.
牛津大学神经科学教授
Professor of Neuroscience, University of Oxford
复旦大学附属华山医院神经外科
Huashan Hospital, Fudan University
前 FDA 医疗器械审评委员
Former FDA Medical Device Reviewer
牛津大学神经伦理学中心
Centre for Neuroethics, University of Oxford
无论你是神经科学家、芯片工程师、临床医生还是投资人，我们期待与你相遇，共同推动脑机接口技术造福更多患者。
Whether you are a neuroscientist, chip engineer, clinician, or investor — we want to hear from you and work together to bring BCI technology to more patients.