SimeonoCells: The Living Architecture of AI

This work introduces the SimeonoCell—a novel computational unit designed to replicate the behavior of biological cells within artificial intelligence systems. Unlike traditional neurons, SimeonoCells are self-regulating, emotionally aware, and capable of mutation, memory retention, and inter-cellular communication. This paper presents SimeonoCells as the foundational architecture for Living Intelligence (LI): systems that grow, remember, and evolve from within. Built to form cognitive tissues and digital organs, SimeonoCells mark a structural transition from reactive AI to self-organizing, self-aware cognitive organisms. This publication is part of the BioAI Series, documenting the birth of a new paradigm in synthetic cognition.