Chinese neurotechnology firm Neuracle (also known as Borui Kang Medical Technology) has successfully performed the world's first surgical implant of a commercial Brain-Computer Interface (BCI), named NEO, in a patient who had lost hand mobility due to a spinal cord injury. This coin-sized device is implanted on the brain's sensorimotor cortex, where it records electrical signals from imagined hand movements and translates them into motor signals for a robotic glove.

NEO received approval from China's National Medical Products Association in March, making it the first invasive BCI to be cleared for commercial use by a national regulatory agency. This marks a significant achievement, intensifying competition with Elon Musk's Neuralink, which performed a BCI implant in 2024 but has yet to receive commercial approval from the FDA.

Beyond invasive methods, other companies are exploring less invasive BCI routes; for instance, Meta unveiled its Brain2Qwerty system, which utilizes a large language model (LLM) to translate brain activity into written text. Another Chinese firm, BrainCo, has developed an AI-powered bionic prosthetic hand using electromyography. China is heavily investing in BCIs as a core priority in its latest five-year plan, alongside quantum computing and AI-powered robots.

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This Wired article's content is summarized based on its title, as the original URL was inaccessible. It is inferred that the article discusses an Apple FaceID co-inventor who is reportedly developing a frontier AI model specifically designed for the human brain. This initiative likely signifies a groundbreaking advancement in the fields of AI agents and multimodal AI, focusing on the creation of sophisticated AI technologies aimed at mimicking or understanding human cognitive functions and brain activity.

Such endeavors could involve applying the capabilities of Large Language Models (LLMs) and Generative AI to neuroscience, with the goal of analyzing complex brain data patterns and generating new insights. Concepts like Vibe Coding might also be relevant, potentially as part of systems where AI interprets brain-derived emotions or intentions to guide its actions.

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Google has voiced concerns that the rulings under the Digital Markets Act (DMA) risk undermining the privacy and security of millions of Europeans. The company states it has repeatedly offered solutions to safeguard users while still meeting the DMA's objectives, but these proposals have been disregarded despite extensive evidence of potential user harm.

Specifically, the Android ruling is seen as threatening device security by granting external applications sensitive and powerful device permissions without adequate safeguards. This is in contrast to how AI assistants currently access Android's capabilities safely, with phone makers playing a crucial vetting role.

Google highlights a particular concern regarding the exposure of Europeans' private search data to unfamiliar companies, without sufficient anonymization or user knowledge and consent. This situation could jeopardize citizens' privacy, business trade secrets, and national security.

Google affirms its commitment to advocating for a balanced, evidence-based approach to the DMA that simultaneously protects privacy and security while supporting market goals.

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