The discovery of interstellar objects (ISOs) such as 1I/'Oumuamua and 3I/ATLAS has exposed limitations in conventional cometary models, particularly in explaining persistent non-gravitational acceleration, organized jet structures, and long-term stability. Current discourse often frames these anomalies within a binary opposition: inert natural bodies versus artificial technological artifacts.

This paper proposes a third conceptual framework, Natural Intentionality, in which certain ISOs are understood as natural yet autonomous systems exhibiting non-random, goal-oriented behavior without invoking technological civilization. Drawing analogies from biological ethology—such as migratory whales or pollinating insects—this framework interprets ISO trajectories and activity patterns as survival-optimized responses to astrophysical environments. In particular, this study explores the hypothesis that the Jovian system functions as an energy-interaction environment for ISOs. Rather than asserting specific mechanisms, the paper identifies testable observational signatures of energy exchange between ISOs and Jupiter’s magnetosphere, radiation belts, and plasma environment. Additionally, the concept of Active Panspermia is introduced in a conservative form, describing the possibility that ISOs may contribute to the distribution of organic precursors within icy satellite systems as an emergent biological strategy rather than a technological act. Crucially, this framework is designed to be falsifiable. Upcoming observations in 2026 and beyond—utilizing facilities such as the Vera C. Rubin Observatory, JWST, JUICE, and continued Jovian system monitoring—are expected to either constrain or refute the proposed interpretations.