![]() ![]() Since many AIs are used for military purposes, they are capable of ignoring the First Law, but only when operating at full capacity when their processing capabilities are diminished - say, by being cut off from the core of the ship or facility they are stationed on - they are incapable of bypassing the Law. Smart AIs are subject to Isaac Asimov's Three Laws of Robotics, a series of rules set up in order to prevent the AI from causing harm to humans or itself. The Riemann matrix includes a secret fail-safe that can be used to destroy the AI in the event of rampancy or if there is a risk of the AI's data becoming compromised. This matrix, typically housed in the crystalline computing cluster of a data center, can be downloaded into a data crystal chip for mobility. ![]() Like all AIs, smart AIs use a Riemann matrix for higher-function processing. Conversely, their counterparts, the so-called "dumb" AIs, can not while extremely competent in their designated tasks and fields of expertise, they are 'merely' highly-advanced computer programs and are not capable of intuition. This is manifested in that they can actively learn from and adapt to situations and events. Due to their uninhibited matrix design, "smart" AIs proved capable of intellectual development. Over time, such AIs became more advanced. The ability for vocal expression was added to make smart AIs less threatening, allowing them to converse on the same level as their masters. At first, there was great concern that this new technology would become too capable and render human intelligence obsolete. The first smart AI was created in the mid-21st century. ![]()
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