Review of: "Aging as Cybernetic Attractor Decay: Beyond the Stochastic-Programmed Dichotomy"

and overall assessment This manuscript presents a conceptual and theoretical commentary arguing that aging should be understood neither as purely stochastic damage accumulation nor as genetically programmed senescence, but rather as cybernetic attractor decay within hierarchical information-processing networks established during development.The author reframes molecular aging clocks, rejuvenation, and developmental gene enrichment through a computational and cybernetic lens, emphasizing attractor drift, loss of regulatory delity, and entropy increase in biological networks.The paper is ambitious and intellectually stimulating, drawing on ideas from aging biology, developmental biology, cybernetics, information theory, and evolutionary theory.It offers a unifying narrative that may appeal to readers interested in systems-level interpretations of aging.However, while the manuscript is thought-provoking, it currently falls short of the standards required for publication as a commentary without substantial revision.Its primary weaknesses are insuf cient operational de nitions, rhetorical overreach, and limited engagement with existing quasi-programmed and systems-aging literature.Recommendation: Minor and major revision required Major strengths .Conceptual originality and synthesisThe manuscript attempts a genuine synthesis between stochastic and programmatic aging frameworks by reframing both within a systems-level computational architecture.The notion that aging clocks