 |
Big Brain Technologies AI Brain Breakthrough
Above: Looking like an orange egg in this Brainography imagery, the AI interface is strategically placed to provide artificial intelligence functioning at the Cortex and stem within the human brain and transform it into a blinding speed functional part AI machine.
Worldwide foreign investors are stoked about new breakthroughs made by Big Brain Technologies, in the symbiosis of man and AI machine. This new transhuman endeavor will propel humanity into the future after millenia of evolutionary stagnation.
— smarter, brighter, elevations in IQ intelligence, and longer life are the immediate promises of this AI project for humans willing to undergo the slight risk of becoming part AI machine —
Thus far, we have surgically implanted thirty eight computerized processor run AI Artificial Intelligence interface machine modules into a man along with their advanced power systems. The numerous times recipient, Humanoido, is thus transformed from a man into a symbiosis of man and AI machine.
 |
Future procedures may modify human embryos during their development stages to begin the process of digitization for brain uploads and complete immortality. |
 |
| A human going through major transformations to become a functional symbiant of artificial intelligence merged with AI machinery cannot be too fussy about strange or unusual changes in appearance, especially ones that take on a robotic or humanoid machine resemblance. "Choosing to take on many artificial intelligence machine implants is a transformative experience," according to Humanoido, the world's first successful fully transformed Transhuman - a remarkable symbiosis of half man and half machine. |
Thus far, we have surgically implanted thirty eight computerized processor run AI Artificial Intelligence interface machine modules into a man along with their advanced power systems. The numerous times recipient, Humanoido, is thus transformed from a man into a symbiosis of man and AI machine.
The new grant allows Big Brain Technologies to extend the project almost a half year with at least 140 days of extension into the future, with another 10 active alive AI machine interfaces, which will bring the total number of machine AI interfaces to forty eight. Installments of functioning microprocessor and bionics controlled AI machine interfaces are as rapid as possible.
Surgery with invasive machinery requires a healing time period before the next one can be installed. Delivery of the new fully assembled and functional AI machine modules for surgical implantation is slated to begin this week. Once installed, each AI machine interface sub-assembly must be activated, primed, software connected, and tested. After installation, it takes about one hour to begin seeing artificial intelligence results.