Real Data

Data is not real in any context. If you want to draw fire, just challenge the whole data thing. Everyone everywhere spends fortunes on collecting data. Nobody anywhere knows that the data they collect can say, mean, represent, and constitute anything any application developer wants it to. There is no enforced integrity in the electricity being used to drive software and hardware outputs or results.

For example, a one- bit flag, could equal “1”, “high” or “true” within a program but to the device it either has a specified range of voltage or it doesn’t. However, the exact same voltage range provided to a different program could represent “0”, “low”, or “false”. The significance of these technical differences is that once the electrical signals are taken off of the wire, they are irretrievable and impossible to recreate. With this example an illustration can, be provided showing a vulnerability by easily replacing a vendor’s software application that looks exact, feels the same, and responds identically but provides the exact opposite results.

Differential Engine Series. Creative arrangement of gears, numbers and fractal elements to act as complimentary graphic for subject of computers, technology and mathematical science

PAXV has designed the solution that promises an end to vulnerabilities such as the one software weakness mentioned in the paragraph above. PAXV is preparing to introduce Electro-Proprioceptive Intelligent Computing (EPIC) which is an in-motion technology intended to eliminate all hazards prior to them being executed on a device. With inline analysis of every digitally intended signal forensic conclusions will be determinative of true intent of both electrical and software enforced outcomes.

Real Data is only applicable to the quantum signals provided to a device. When PAXV refers to a quantum signal, it is referring to the number of particles involved in the signal. The difference is that across the digital industry there is a reference to a signal that is based on the measuring units of voltage and current with a time variable. It is important to remember that voltage and current are on units of measure, and they do not have a definitive outcome.