In a massive technological upset, China’s National Medical Products Administration has officially granted the world’s first commercial approval for an invasive brain-computer interface beating Elon Musk’s Neuralink to the mass market.

#neurotech #braincomputerinterface #bci #neuralink #elonmuskquotes #technews #futuretech #biotech #neuroscience #chinatech

Breakthrough: Casey Harrell, an ALS patient, has been using a brain-computer interface for 3 years, enabling him to communicate despite being paralyzed. BCI trials are accelerating, offering hope but also raising questions about accessibility and ethics. #BrainComputerInterface #ALS #MedicalInnovation

https://dev.to/souju_hegde_5a1f66b0979fb/the-man-who-fought-als-with-his-mind-brain-computer-interface-breakthrough-151

The Man Who Fought ALS with His Mind: Brain-Computer Interface Breakthrough

This week, I covered the story of Casey Harrell—a man with ALS who is "the first power user" of a...

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Brain-Computer-Interface: ALS-Patient nutzt Hirnimplantat 19 Monate lang

Ein ALS-Patient hat ein Brain-Computer-Interface fast zwei Jahre lang täglich zu Hause genutzt. Die Studie liefert wichtige Belege für die Alltagstauglichkeit.

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Alltag mit #BrainComputerInterface: Ein #ALS-Patient nutzte ein Sprach-BCI 19 Monate lang selbstständig zuhause, berichten Forschende in einer Studie in Nature Medicine. Experten: relevanter Schritt, aber noch Hürden bis zur breiteren Nutzung: https://sciencemediacenter.de/angebote/langfristige-home-nutzung-eines-brain-computer-interface-26144?mtm_campaign=mastodon&mtm_kwd=langfristige-home-nutzung-eines-brain-computer-interface
Langfristige Home-Nutzung eines Brain-Computer-Interface

ALS-Patient nutzte Brain-Computer-Interface fast zwei Jahre im Alltag. Experten: relevanter Schritt, aber noch Hürden bis zur breiteren Nutzung.

Science Media Center Germany

A recent study demonstrates a head-mounted brain implant enabling a paralyzed individual to independently control a computer and generate speech through brain activity, using real-time decoding to translate neural signals into text and cursor movements. The system operates at home without constant expert supervision and achieves high accuracy in communication and device control.

This work highlights how advances in brain-computer interfaces can translate neural signals into practical communication tools, offering insight into the challenges and possibilities of assistive technologies for communication and autonomy. It also underscores the interplay between technology, user experience, and daily living, which is central to understanding how people adapt to new modalities of interaction.

Article Title: Unprecedented brain implant allows paralyzed man to completely control his computer and “speak” independently

Link to PsyPost Article: https://nolinkpreview.com/www.psypost.org/unprecedented-brain-implant-allows-paralyzed-man-to-completely-control-his-computer-and-speak-independently/

#BrainComputerInterface
#Neuroprosthetics
#SpeechDecoding
#ALS
#AssistiveTechnology
#NeuroscienceNews
#HomeUseBCI
#NeuralSignals
#SpeechGeneration
#TechnologyAndDisAbilities

RE: https://mastodon.social/@geoworldpolitical/116643300623668483

Your brain will be an edge device of someones cloud.

https://neonephos.org/introduction

Don't be afraid, everything is Open Source.

#Kubernetes #NeoNephos #edge #brain #braincomputerinterface #foss

🧠 🧠 Brain-to-Brain communication has moved beyond science fiction, but our understanding of the present reality has not.

✅ We need public education and discussion about mental privacy issues brought on by the advent of neurotechnological advances.

#b2b #braintobrain #braincomputerinterface #bci #braintobraininterface #bbi #neurosecurity #neurotech #neurorights #consent #privacy #mentalprivacy

Forscher der TU München decodieren Gehirnsignale eines gelähmten Patienten über 256 implantierte Mikroelektroden in Echtzeit. Die KI-Modelle interpretieren die neuronalen Muster bei Bewegungsvorstellungen, um digitale Befehle auszuführen. Langfristig soll so ein mechanischer Greifarm gesteuert werden, was Neuralink-Alternativen in Europa aufzeigt.

#TUM #BrainComputerInterface #KI #Neuroprothetik #AIGeneratedImage

https://www.all-ai.de/news/news26top/ki-tum-implantat-robotik

Wie deutsche KI die Gedanken eines Gelähmten entschlüsselt

An der TU München verschmelzen Robotik und Neurowissenschaft. Ein neues Implantat soll Querschnittsgelähmten den Alltag erleichtern.

All-AI.de