The AI tool described is a neuro-symbolic architecture designed for industrial applications, aiming to enhance data cognition beyond mere connectivity. This framework, known as the Sensory Cortex, allows for the perception and interpretation of various signal types without being confined to traditional data categories. It employs a five-level abstraction hierarchy to analyze signals, ranging from detecting the signal’s carrier to extracting meaning through the concept of proto-agency. By framing data processing in this way, the tool can adapt to new types of signals and contexts, making it particularly valuable in dynamic industrial environments.
In addition to the perception layer, the architecture includes a Cognitive Core that evaluates inputs using four parallel motors, each assessing decisions from different cognitive perspectives. These motors include the Praxeological Motor for intention realization, the Nash Motor for equilibrium, the Chaotic Motor for robustness against disruptions, and the Meristic Meta-Motor for recognizing patterns across various scales. This comprehensive decision-making approach enables organizations to execute more informed actions based on a thorough analysis of multiple potential outcomes, ultimately leading to improved operational efficiency and adaptability. This tool is primarily useful for industries undergoing digital transformation and seeking to integrate advanced AI functionalities into their workflows.