In order to diversify our representation model bank, the Elisa conversion protocols were introduced²³ since 2012 to governments for the purpose of converging different operational skills to an interface capable of embodying, on any inert substrate available to the Army, an artificial intelligence.
Since then, we have chosen to use the concept of homeostasis to establish a parasympathetic priority logic according to which a biological system regulates its internal environment without being aware of it, in order to maintain a state of basal equilibrium. Dimensions and polymorphism of the bioluminescent organs serve to accomplish a mystification operation during which the world of the host is no longer present as such, in its manifestations, or as a cause: it will only be from the point of view of its effects.
As soon as the host is connected to the network, he will be immersed in the environment organized by the symbiot's reflexes, if he does not have an AI. It's not just about optimizing reality. It is to build another reality, is to observe otherwise what happens: where an AI will be able to detect an unplanned intrusion on an airstrip, we will see a PLM² alert broadcast on the painted ground marking instead of an approach altimeter.
Thanks to the New York protocols, the human host of a symbiote now plays the role of mediator to assess the level of autonomy of an artificial intelligence in a real situation, because it is through the host that the "ghost" of the symbiote, in other words, his cognition, will perceive the world and decide on the actions to be undertaken to transform it.
Each reaction is a special process that, from the recognition of events, leads to directed actions. In nature inspired by New York, natural selection has created this type of test mechanism in eukaryotic organisms because they offer adaptive benefits (Mutations).
Currently, the symbiote responds to a parasympathetic stimulus-response mechanism via a closed program. That is to say, as a reflex, it does not yet organize an explicit memory of past experiences or coordinate its actions in time. In other words, he does not create conceptual elements to interpret or understand his world: his only quality is to associate the sensory inputs with the outputs of the organs. By sharing its work on C18 with the technical resources available to Alphabet, we hope from instantaneous sensory perceptions, giving him a dynamic representation of his interaction with the environment in the form of an internal model. So that the symbiote can organize the lived experience of a realization to anticipate a planning of future actions. Read our Google symbiote report >
