Chinese startup Gestala develops noninvasive brain-computer interface

Gestala, a new entrant in China's expanding brain-computer interface sector, aims to connect with the brain using ultrasound technology without needing implants. This approach highlights the industry's shift toward less invasive methods. The company emerges amid rapid growth in Chinese biotech innovation.

China's brain-computer interface (BCI) industry is experiencing swift expansion, with numerous firms exploring ways to link human cognition to machines. The latest addition is Gestala, a startup focused on noninvasive techniques to bypass the risks associated with surgical implants.

Gestala plans to employ ultrasound technology for brain access, offering a safer alternative to traditional invasive methods. This development underscores China's rising prominence in biotech and science, where companies are racing to innovate in neural interfaces.

As detailed in a WIRED article published on January 29, 2026, Gestala represents the burgeoning momentum in the sector. The industry's growth reflects broader investments in advanced technologies, potentially transforming fields like medicine and computing. While specifics on Gestala's timeline or prototypes remain limited, its ultrasound-based strategy positions it as a key player in noninvasive BCI advancements.

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Illustration of Northwestern University's wireless micro-LED brain implant delivering light patterns to mouse neurons for sensory signaling.
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Northwestern team develops wireless implant that ‘speaks’ to the brain with light

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Scientists at Northwestern University have created a soft, wireless brain implant that delivers patterned light directly to neurons, enabling mice to interpret these signals as meaningful cues without relying on sight, sound or touch. The fully implantable device uses an array of up to 64 micro-LEDs to generate complex activity patterns across the cortex, a development that could advance next-generation prosthetics and sensory therapies, according to Northwestern and Nature Neuroscience.

Researchers have developed a paper-thin brain implant called BISC that creates a high-bandwidth wireless link between the brain and computers. The single-chip device, which can slide into the narrow space between the brain and skull, could open new possibilities for treating conditions such as epilepsy, paralysis, and blindness by supporting advanced AI models that decode movement, perception, and intent.

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Two Chinese patients with high-level paralysis have successfully used brain-machine interface (BMI) technology to control a power wheelchair, direct a robotic dog to retrieve deliveries, and operate a robotic arm to grasp a cup and drink water using only their thoughts. The achievements were announced on Wednesday at a media briefing by the Center for Excellence in Brain Science and Intelligence Technology of the Chinese Academy of Sciences in Shanghai. This marks a major advancement toward practical clinical applications of BMI.

Researchers at Nagoya University in Japan have developed miniature brain models using stem cells to study interactions between the thalamus and cortex. Their work reveals the thalamus's key role in maturing cortical neural networks. The findings could advance research into neurological disorders like autism.

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Researchers have developed a new bioluminescent imaging tool that allows neurons to glow from within, enabling real-time observation of brain activity without external lasers. This innovation, called CaBLAM, overcomes limitations of traditional fluorescence methods by providing clearer, longer-lasting recordings in living animals. The tool promises deeper insights into neural function and potential applications beyond the brain.

Researchers have developed tiny ingestible hydrogel microspheres packed with engineered bacteria that glow when they encounter blood in the gut, potentially offering a quick, noninvasive way to monitor intestinal disease. In mouse models of colitis, the sensors detected heme — a component of blood — within minutes and produced stronger signals as disease severity increased.

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At CES 2026 in Las Vegas, companies showcased technologies aimed at easing daily life through automation and AI, but many innovations raised concerns about isolation and over-reliance on machines. LG kicked off the event with its 'ambient care' concept, where smart devices and robots handle routine tasks. The overall atmosphere highlighted a future that feels both convenient and dystopian.

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