Algorithms of Viability Navigation

This paper introduces the concept of Algorithms of Viability Navigation as one of the principal operational instruments within the framework of Vitology as an interdisciplinary research program centered on system viability. Algorithms of Viability Navigation are understood as adaptive sequences of recognition, evaluation, comparison, selection, implementation, feedback, and continuous refinement that guide systems toward increasingly harmonious configurations capable of preserving the Norm of Harmony while progressively strengthening long-term viability. Unlike conventional optimization algorithms that maximize isolated objective functions, Vitology considers these algorithms to be dynamic scientific instruments operating within the Space of Harmony through Viability Navigation. Particular attention is devoted to the relationship between Algorithms of Viability Navigation and the Norm of Harmony, the Integral Norm of Harmony, Harmonious Combinations, Matrices of Harmonious Combinations, Awareness (Aw), Coordination (Con), Coordinated Systemic Integrity (CON), the Integral Model of System Viability (Aw → Con → CON), Feedback, Self-Regulation, Regeneration, Adaptation, Integral Systemic Conscience, Systemic Noise (Noise), and the role of artificial intelligence in continuously improving navigation toward increasingly viable systemic configurations. Keywords Vitology, Algorithms of Viability Navigation, system viability, Viability Navigation, Space of Harmony, Harmonious Combinations, Matrices of Harmonious Combinations, adaptive algorithms, multidimensional navigation, decision-making, Norm of Harmony, Integral Norm of Harmony, Awareness, Aw, Coordination, Con, Coordinated Systemic Integrity, CON, Integral Model of System Viability, Feedback, Self-Regulation, Regeneration, Adaptation, Integral Systemic Conscience, Systemic Noise, Noise, artificial intelligence, intelligent navigation, sustainable development.