From April 11th to 13th, the National Brain-Computer Interface (BCI) Clinical Application and Transformation Conference, themed “Intelligent BCI, Reshaping Diagnosis and Treatment,” was held in Beijing’s Fengtai District. At the conference’s opening ceremony, Fengtai District, in collaboration with Beijing Tiantan Hospital, unveiled four major cooperative achievements. These include establishing a high-level innovation industrial park, developing a specialized large model for the brain health industry, constructing a matrix of industrial funds worth tens of billions, and implementing a group of landmark key industrial projects, aiming to create a global hub for BCI clinical innovation.

Fengtai District serves as the core area for Beijing’s BCI industry development, possessing unique and irreplicable core advantages. It is home to national-level clinical and research centers, represented by Tiantan Hospital and the China Rehabilitation Research Center, forming a full-lifecycle resource system of “surgical implantation + rehabilitation training” and establishing a globally rare “clinical validation closed loop.”

At the conference, Fengtai District and Beijing Tiantan Hospital jointly released the four major cooperative achievements, marking a new phase of comprehensive implementation of their deep integration in the BCI field, which will vigorously promote the innovative development of China’s brain health industry.

Regarding the establishment of the high-level innovation industrial park, the plan centers around Tiantan Hospital and the Tiantan Intelligent Medical Engineering Industrial Park, integrating 500,000 square meters of surrounding industrial space. The focus will be on laying out a Brain Research Center, a Brain Computing Power Center, a Brain Health Center, and a Brain Rehabilitation Center, creating an ecosystem for the transformation of brain health and BCI innovation achievements around Tiantan Hospital. The park will prioritize four main centers: the Brain Research Center will focus on key technology R&D like BCI and neural modulation; the Brain Computing Power Center will build an exascale-level supercomputing platform to provide computational support for brain science research and clinical data processing; the Brain Health Center will delve into full-cycle management of brain diseases; and the Brain Rehabilitation Center will establish a new paradigm for BCI brain-controlled active rehabilitation. Concurrently, efforts will accelerate to establish a “BCI Clinical Research and Transformation Alliance,” integrating resources from over 20 clinical collaboration bases nationwide to promote industry standard setting and collaborative technological innovation.

For developing the specialized large model for the brain health industry, the initiative will deeply mine and utilize the region’s vast clinical data resources to develop a dedicated brain health large model. It will launch an “AI Brain Health Doctor” application to comprehensively empower enterprises in brain health product R&D, clinical auxiliary diagnosis, and public health management, creating a closed-loop ecosystem of “data-algorithm-application.”

The two parties will also construct a matrix of industrial funds worth tens of billions. This includes jointly establishing a first-phase 1-billion-yuan brain health industry fund with social capital, while increasing investments from district-level government industrial guidance funds and municipal-level medical and health industry investment funds, forming a “1+N” fund matrix. The funds will primarily target core BCI technology R&D, achievement transformation, and startup incubation, attracting high-quality projects through “investment promotion and capital attraction.”

Furthermore, a batch of landmark key industrial projects are being implemented. The first batch has already launched eight projects from companies including Xiangyu Medical, Rayee Union, BrainCo, Medtronic, and Siemens Healthineers, covering four major areas: BCI hardware, algorithms, neurofeedback, and clinical evaluation. Additionally, eight reserve projects are planned, such as Zhonghua BCI’s ultra-multi-channel bidirectional implantable system and Brain-Tech’s fully implantable BCI with built-in battery, to further improve the industrial chain layout and create an internationally competitive industrial cluster.

“Looking towards the ’15th Five-Year Plan’ period, Fengtai District has clearly proposed the development goal of creating a ‘globally influential hub for BCI clinical innovation and industrial transformation.’ We will strengthen the support system for ‘brain economy’ innovation and development, deepen the district-hospital cooperation model of ‘one hospital, one park, one brand, one policy,’ and plan to build dedicated BCI pilot-scale production platforms to打通 the entire closed-loop chain from R&D breakthroughs, to pilot-scale transformation, to mass production implementation.” It was stated that Fengtai District will empower development through application scenarios, accelerating the formation of an industrial ecosystem. Based on Tiantan Hospital’s positioning as a core hub in the national BCI innovation system, the district will fully open diverse application scenarios such as rehabilitation specialty hospitals, community health service centers, and healthcare institutions for the elderly, promoting the rapid iteration and upgrading of cutting-edge technologies and innovative products.

Beijing’s Fengtai District

Beijing’s Fengtai District is a major transportation and logistics hub in southwestern Beijing, historically known as the “throat” of the capital. Its modern development was heavily shaped by the construction of the Beijing West Railway Station in the 1990s, and it also contains historical sites like the Marco Polo Bridge (Lugou Bridge), famous for its ancient stone lions and as the location of the 1937 incident that sparked the Second Sino-Japanese War.

Beijing Tiantan Hospital

Beijing Tiantan Hospital, founded in 1956, is a world-renowned neurosciences hospital in Beijing, China. It was established with a focus on neurology and neurosurgery and has grown into a leading national medical center for treating complex brain and spinal cord disorders. The hospital is also a key base for clinical research and physician training in its specialized fields.

China Rehabilitation Research Center

The China Rehabilitation Research Center (CRRC), established in Beijing in 1988, is a leading national institution dedicated to medical rehabilitation, research, and professional training. It was founded to advance rehabilitation services in China, playing a pivotal role in developing the country’s modern rehabilitation medicine system, especially following increased national focus after the 2008 Beijing Paralympics. Today, it serves as a comprehensive hub for patient care, technological innovation, and the training of rehabilitation specialists.

Tiantan Hospital

Tiantan Hospital, officially known as Beijing Tiantan Hospital, is a world-renowned neurosurgical center founded in 1956 in Beijing, China. It was established with a focus on neurological sciences and has since become a leading institution for treatment, research, and education in neurosurgery and neurology, playing a pivotal role in advancing medical care in China.

Tiantan Intelligent Medical Engineering Industrial Park

The Tiantan Intelligent Medical Engineering Industrial Park is a modern biomedical hub located in Beijing, China, developed to advance the country’s medical technology and pharmaceutical industries. It was established as part of China’s strategic push to integrate artificial intelligence, big data, and engineering into healthcare innovation, often leveraging the historical prestige of the nearby Temple of Heaven (“Tiantan”) for its name and symbolic connection to excellence. The park aims to foster research, development, and manufacturing in intelligent medical devices and bioengineering.

Brain Research Center

The Brain Research Center is a modern scientific institution dedicated to studying the brain and nervous system, typically established in the late 20th or early 21st century. These centers bring together multidisciplinary teams to advance neuroscience, aiming to understand brain function and treat neurological disorders. While not a single historical site, such centers globally represent a key part of contemporary scientific and medical progress.

Brain Computing Power Center

The “Brain Computing Power Center” is not a widely recognized historical or cultural site, but rather a modern concept or facility typically associated with advanced computing and artificial intelligence research. It generally refers to a hub or institution dedicated to developing computational systems that mimic or interact with neural processes, often emerging in the 21st century with the rise of AI and neuroscience. These centers represent the cutting edge of technology, focusing on projects like brain simulation, neural networks, and cognitive computing.

Brain Health Center

The Brain Health Center is a modern medical and research facility dedicated to the prevention, diagnosis, and treatment of neurological and cognitive disorders. While not a single historic site, such centers represent the evolution of neuroscience, building upon centuries of scientific discovery to offer integrated care for conditions like Alzheimer’s, stroke, and traumatic brain injury. Their work focuses on advancing brain health through cutting-edge research, clinical practice, and public education.