When you combine a complex knowledge enabled machine with a sapiens, you create a “real” robot. The marriage of sensory hardware and mechanisms that enable a machine, whether mobile or stationary, to move and manipulate the world around it – with MIKOS technology – will create the world’s first true robots.
The MIKOS software is intelligent but with the exception of special data interfaces, it does not perceive the world directly in a general way. That is to say it is essentially blind. MIKOS must be integrated with hardware and software equivalent to human eyes and visual cortex before it will be able to see.
Much progress has already been made in machine vision systems consisting of cameras and software able to pick out physical objects from the large stream of real-time digital data. The software images of these physical objects can then be mapped into their corresponding MIKOS concepts in the Core World Model enabling the sapiens to perceive the external world and comprehend what they perceive.
The ultimate synergy between Computational Knowledge and Cognitive Computing
Artificial neural network technology being developed by others will provide the eyes, ears and mechanism control capability and New Sapience will provide the intelligence. When you put them together, you have what Issac Asimov called the “Positronic Brain:” ready to turn the world’s dumb robots into “real” robots.
Robots will come in two general varieties: special purpose, such as autonomous vehicles; and general purpose, like Star Wars’ R2-D2 and C-3PO. Of the latter category, C-3PO is an android robot, that is, a robot with a human form. The first generation of true robots will be special purpose ones as MIKOS intelligence is used to advance the current generation of remote controlled or semi-autonomous mobile devices. These include drones, special purpose military air and ground vehicles, and even household appliances like those from iRobot corporation.
General purpose robots including androids will not be far behind, however, and even though the mechanisms will be expensive, it is very possible that within a decade, mass production techniques could produce a household robot that might cost about the same as the family car and which could be equally as common.
Many classes of robots and autonomous vehicles will proliferate rapidly once the technology has been achieved. These include “companion” robots that watch over the young, the elderly, and the infirm providing companionship and entertainment; some that safeguard those with Alzheimer’s/dementia just to name a few. Robots will build other robots to produce all kinds of goods and services and general productivity will skyrocket. Soon robots will be doing all the things humans find tedious, dirty, and dangerous. Robots enhanced with our Computational Knowledge will achieve the New Sapience vision: “Technology Liberating Humanity.”