Watchdog News!

  • Neuralink’s further Centralization of Implant Surgery will Leave Patient’s in the Dark

    Based on a post by Neuralink on X, the brain-computer interface (BCI) company has successfully developed a method to pass the recording wires through the brain’s dura mater. The company achieved this by creating an artificial dura layer that simulates the real dura mater. This allowed researchers to test different puncturing methods on the bench until damage to the dura mater was effectively minimized while maintaining precision. Previously, surgeons…

  • What Bill C-36 Might Mean for Neural Privacy Rights in Canada

    What Bill C-36 Might Mean for Neural Privacy Rights in Canada

    Bill C-36 and Neural Rights Bill C-36 aims to completely repeal the privacy framework established under the Personal Information Protection and Electronic Documents Act, S.C, 2000, C.5 (PIPEDA), which has served as the primary federal privacy framework governing private-sector organizations. It would replace that framework with the new Protecting Privacy and Consumer Data Act (PPCDA). The medium through which privacy is protected remains largely unchanged. Privacy protections continue to…

  • China Approves new Brain-computer Interface before Clinical Trial results Available

    China Approves new Brain-computer Interface before Clinical Trial results Available

    In Spring 2026, Neuracle Medical’s brain-computer interface (BCI) received regulatory approval in China, marking a significant milestone in the development of implantable BCIs. Neuracle’s device is described as a minimally invasive, wireless brain-computer interface. The procedure involves implanting a coin-sized device in the relevant region of the patient’s brain. The implant records electrical activity from the brain and converts those signals into computer commands, allowing users to control external…

  • Researchers using Brain Chip Successfully Decode Patient’s Speech Thought

    Researchers using Brain Chip Successfully Decode Patient’s Speech Thought

    An American ALS patient participating in a clinical trial for a brain implant has successfully regained the ability to communicate with family members and perform work-related tasks with the assistance of a research team. In a recently published clinical trial, researchers demonstrated that an artificial intelligence system could decode patterns of neural activity associated with speech, translate them into phonetic components, and reconstruct coherent sentences.

  • Canada is falling behind on Safeguarding Neural Data

    Canada is falling behind on Safeguarding Neural Data

    Why Canada is Unprepared Brain-computer interfaces, and similar technologies have recently reached the sophistication threshold to medically treat issues of paralysis and motor control. However, in the face of this rapidly developing tech comes the emergence of privacy and transparency issues arising from the collection of neural data. Canada is currently ill-prepared and unequipped to deal with potential issues of of privacy and autonomy that would rise out of…

  • U.S. Senators warn of the potential misuse of brain recordings from Brain Chip Companies.

    U.S. Senators warn of the potential misuse of brain recordings from Brain Chip Companies.

    Three U.S. senators sent a letter to the U.S. Federal Trade Commission urging tighter regulations surrounding the protection of individuals’ neural data. Senators Chuck Schumer (D-NY), Maria Cantwell (D-WA), and Ed Markey (D-MA) believe that brain implant companies, such as Neuralink, Blackrock Neurotech, and Synchron, currently lack sufficient regulations to prevent them from collecting and misusing neural data obtained from patients’ brains.

  • China approves World’s first Implantable Brain Chip for Commercial use

    China approves World’s first Implantable Brain Chip for Commercial use

    Neuracle Medical Technology’s implantable brain-computer chip just received approval (On March 13th, 2026) for commercial use in China, a world’s first. This brain chip will be used to help with motor control for those suffering from spinal cord injury, similar to it’s counterparts in the west like Elon Musk’s neural link. This brain chip implant, records and decodes neural signals in the patient’s brain after being surgically implanted.

  • Elon Musk’s Neuralink wants to replace human surgeons with a robotic system performing brain implant surgeries

    Elon Musk’s Neuralink wants to replace human surgeons with a robotic system performing brain implant surgeries

    Neuralink, a company at the forefront of brain–computer interface (BCI) technology, recently released a video on its YouTube channel showcasing new robotic tools that it plans to use during the implantation procedure. According to the video, these robotic systems would be used to insert the implant’s electrode threads into the patient’s brain after a surgeon removes a portion of the skull. The announcement comes alongside Neuralink’s milestone of reaching…

  • BlackRock has been developing their Brian-computer interface in the shadows

    BlackRock has been developing their Brian-computer interface in the shadows

    While Elon Musk’s Neurallink has been making the headlines, the world’s largest venture investment company has been funding and investing in brain-Computer interfaces since the late 1990’s, when their first clinical trials began. On their website, they espouse that they’ve been validated in 2000 published studies and 165 of those in peer-reviewed journals. Yet, there seems to be a lack of clarity in this statement, as there are no…

  • Bezo’s and Qatar among those that invest 200 million into Brain-computer interface company Synchron

    Bezo’s and Qatar among those that invest 200 million into Brain-computer interface company Synchron

    During a recent funding round, the brain–computer interface startup Synchron received more than $200 million in investment from several prominent investors, including Jeff Bezos, entities associated with Qatar, and multiple venture capital firms. The substantial investment reflects growing commercial interest in neurotechnology and its potential applications.