Scientists have developed an ultra-thin BISC brain implant that enables a wireless broadband connection between the brain and computers. This single-chip implant contains tens of thousands of electrodes and uses advanced artificial intelligence models to decode movement, perception and intentions in real time. Clinical tests have shown that the implant can be inserted through a small opening in the skull and that it remains stable while capturing detailed neural activity. The technology can translate thoughts into speech with a very low response time of around 10 to 80 milliseconds, with a synthetic voice able to mimic the tone, pitch and emphasis of natural speech. In experiments, the system achieved the accuracy of decoding thoughts to speech up to 74%. The implant has the potential to significantly improve the treatment of diseases such as epilepsy, paralysis or blindness by enabling communication and control of devices directly with brain signals. This technology represents a significant advance over previous models that had transmission delays and monotonous speech[1][2][3].