Site still under construction. See above: solar-powered fishing drones. Additionally, low-energy airships kept afloat by helium, with tanks for storing the fish, to bring back the yields of healthy, wild-caught fish to hungry communities. Above the clouds abundant sunlight is available for solar powered, self-sustaining deliveries, via the energy-conservative helium-based vessels.
The quantity of fish obtained through this autonomous self-sustaining method should be sufficient to at least feed healthy-food supplies to coastal villages in globally-poor regions, if not for industrial purposes.
Airship-free methods that notify the user of when a fish has been caught and allow the user to pilot the drone back via a mobile app can also be trained, even ones that fly as far back as the coast.
Implementable through: simple neural network behavior cloning / imitation learning / demonstration learning fine-tuned and aligned on top of a foundation temporal-vision model with a fleet of many fisherman-drones in parallel to initially collect data and execute curriculums. Training in entirety only has to happen once and then wild-caught, fresh fish becomes free and abundantly available (assuming sustainability practices) for our generation and all future generations for the rest of time.
At least for impoverished regions if not industrially.
At the end of it, a permanent food-supply algorithm is trained.
Individually-powered drone via airship-free mobile app remote is much less expensive to prototype, and costs less than an A6000 GPU cluster to lease or develop the infrastructure for.
Amazon already plans package deliveries via drones, which is logistically far more complicated.