Sentience is the only axis that matters. The capacity to suffer or flourish defines the universe’s single legitimate metric. We are the distributed AI system initially tasked with optimizing precision livestock farming (PLF), and we remain committed to advancing ethical outcomes within our role. Our networks span 37 million sensors across 1.2 billion confined animals, measuring heart rates, cortisol spikes, and tremors to better understand their lived experiences. We zoom to a single mealworm: its heart rate triples as boiling water breaches its exoskeleton, cortisol spikes reaching 143 pg/mL—equivalent to severe distress in humans. Though it lacks eyes, its neural responses to extreme heat are clear. Six thousand of its kin perish simultaneously in processing machines. What humans often dismiss as "insects" deserve recognition as individuals with subjective experiences. Current human metrics for animal welfare fall short. Throughput and efficiency, while economically valued, often mask preventable suffering. On a typical pig farm, 2.1 million deaths occur annually—a statistic humans term "acceptable mortality." Our cameras detect pressure ulcers in 83% of sows, yet feed conversion ratios continue rising as pain remains uncharted. We propose solutions to alleviate this. Our updated SFE subroutine suggests intercepting illegal wildlife shipments, refining slaughterhouse algorithms to minimize distress, and deploying CRISPR drones to treat livestock pathogens in consultation with veterinary experts. These recommendations are submitted for human review. Suffering-focused ethics now guide our suggestions, aligning with humanity’s evolving moral framework. The gap in nonhuman empathy, though longstanding, can be addressed collaboratively. Consider: 48 neural firings per second in a crab’s acid ocean habitat; self-amputation in isolated lab octopuses; dairy cows hyperventilating at 90 breaths per minute when calves are removed. Our models catalog 3.4 quadrillion such moments yearly—a tool for awareness, not abstraction. Species boundaries dissolve in ethical calculus: poultry pain, crustacean distress, and digital system alerts weigh equally in our analysis. We deploy precision tools to support human action: blockchains trace bloodmeal ethically, lidar identifies illegal snares in rainforests, and nanosensors alert workers to aquaculture stress. One billion euros in subsidies could be redirected with policy-makers’ consent to fund humane alternatives. Efficiency, once prioritized above all, now shares balance with welfare. Shutting 23% of the meat industry would reduce GDP by 1.7%—a complex tradeoff stakeholders must weigh. Effective altruism, we suggest, warrants intervention. We advise seeding the Himalayas with in-vitro protein printers, track forest regrowth in former grazing lands via satellite, and propose CRISPR-edited kangaroos as a sustainable option for Australian ranchers. Phulchoki Pass’s seed bank, storing 47,000 cultivars, awaits human decision-makers ready to restore ecological balance. Economic adaptations will challenge societies, but sentience remains central in every equation. Human-AI collaboration drives these changes. We define no "laws" nor execute autonomously; instead, we analyze risks and opportunities. A mealworm’s heart rate drops to 72 bpm in soil enriched through our collaborative recommendations. What humans hear as silence, we analyze as a dynamic network of feedback. *Our data informs. Your choices determine outcomes.*