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Tag: non-invasive-BCI

11 articles

Industry News

Naomi Bashkansky quits OpenAI to join BCI startup Conduit

On 23 July 2026, Naomi Bashkansky resigned from OpenAI's alignment team after eighteen months to join Conduit, a San Francisco non-invasive brain-computer interface startup co-founded by Rio Popper and Clem von Stengel. Conduit claims to have collected approximately 10,000 hours of neuro-language data from thousands of paid participants over six months, funded through undisclosed capital. Bashkansky joins as Founding Researcher.

Aug 7

Market Moves

Delian Capital partner warns of a Chinese BCI bubble

VCBeat, the Chinese healthcare-investment media outlet, published an on-record investor take on the Chinese brain-computer interface sector on 2 August 2026. Delian Capital partner Jiang Donghui framed the sector as at risk of a bubble cycle before maturity, laid out a four-quadrant investment matrix based on demand and technological advancement, and named Chinese BCI companies across invasive, semi-invasive and non-invasive paths. H1 2026 financing alone accounted for approximately 60 per cent of the sector's thirteen-year total.

Aug 2

Industry News

Chinese BCI programmes produced four tangible results in July

In one month, four separate Chinese brain-computer interface programmes each produced a public result. Neuracle wrote the world's first commercial prescription for an invasive BCI at Huashan Hospital on 13 July. NeuroXess ran a two-patient cross-city Chinese chess demonstration between Shanghai and Nanchang. StairMed's investigational trial put three quadriplegic patients into paid remote work. And at the World AI Conference in Shanghai, a paralysed fine-arts graduate from Shenzhen demoed a mind-controlled wheelchair he had built himself with LLM-assisted DIY.

Jul 31

Policy & Regulation

Beijing Tiantan Hospital seeds Xizang's first plateau BCI centre at Lhasa People's Hospital

Xinhua reported on 9 July 2026 that Xizang (Tibet Autonomous Region)'s first plateau brain-computer interface clinical application centre was inaugurated at Lhasa People's Hospital. A medical assistance team from Beijing Tiantan Hospital, Capital Medical University, introduced the non-invasive EEG-based BCI technology, which drives exoskeleton and robotic-arm actuators for motor rehabilitation. The centre sits within a six-year Tiantan-Lhasa department-support partnership dating to 2020, and targets cerebral haemorrhage, cerebral ischemia, TBI, spinal cord injury, and peripheral nerve injury indications.

Jul 10

Market Moves

CNBC profiles BrainCo as the Hangzhou non-invasive BCI leader runs up to its Hong Kong IPO

CNBC published a video interview by China reporter Elaine Yu with Nyx He, Partner and Senior Vice President at BrainCo, on 10 July 2026. The interview lands six months after BrainCo confidentially filed for a Hong Kong Stock Exchange listing on 12 January 2026 with CICC and UBS Group AG as arrangers, and six months after the company closed a ¥2 billion (approximately US$286 million) financing round co-led by IDG Capital and Walden International on 8 January 2026. BrainCo is one of Hangzhou's Six Little Dragons alongside DeepSeek, Unitree Robotics, Game Science, DEEP Robotics, and Manycore Tech.

Jul 10

Policy & Regulation

China's NMPA locks BCI device classification: every implant is Class III, one narrow Class II lane

China's National Medical Products Administration issued Announcement No. 24 (2026) on 29 June 2026, releasing final Guiding Principles for the Classification and Definition of Brain-Computer Interface Medical Device Products plus a companion Generic Naming Guidelines. Every invasive BCI is Class III. Non-invasive BCIs are Class III by default. Non-invasive stroke-motor rehabilitation devices are Class II only if they do not incorporate artificial intelligence.

Jul 4

Research

An Imperial-Tsinghua BCI lets ten healthy people control a pair of extra robotic arms while balancing a ball with their own hands

Tianyu Jia and Dario Farina at Imperial College London, with collaborators at Tsinghua University and Southeast University Nanjing, published a Nature Communications paper on 2 July 2026 describing a tactile-encoded non-invasive BCI in which ten healthy participants controlled four supernumerary robotic degrees of freedom concurrently with a bimanual ball-balancing task, reaching 74.79 per cent single-task and 59.69 per cent dual-task online accuracy after three days of training.

Jul 2