Recently, Nolan Arbaugh, the first individual globally to receive Neuralink's invasive brain-computer interface, unveiled that his brain-computer chip is capable of undergoing OTA (Over-the-Air) remote upgrades. This method mirrors the approach employed for Tesla vehicles, enabling system enhancements without the need for surgical intervention. At present, updates to the Neuralink brain-computer interface system are predominantly carried out through three channels: Firstly, application updates facilitate mind-controlled device operation via a bespoke app called 'Telepathy,' which regularly undergoes cloud-based updates. Secondly, OTA upgrades for the implant's firmware allow the brain-computer chip to wirelessly refresh its firmware, thereby boosting speed, precision, signal processing capabilities, and overall reliability. Thirdly, in cases where more advanced technology becomes available, patients have the option to undergo another surgical procedure to have more sophisticated devices implanted. Arbaugh provided an illustrative example, noting that shortly after his initial implantation, he experienced issues with electrode leads becoming detached. Neuralink was able to significantly enhance system performance by increasing the sensitivity of the remaining electrodes through an OTA upgrade, thus obviating the need for further surgery.