
Industrial
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Livestock Management
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YC W26
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Valuation:
Undisclosed

Last Updated:
March 24, 2026

Builds autonomous AI-powered drone systems, "robot cowboys," that use reinforcement learning and computer vision to herd, monitor, and manage cattle across large-scale ranching operations.
Move & Muster, Monitor & Track, Analyse & Forecast modules. PastureView for weekly pasture growth estimation in pounds per acre. Customizable engagement profiles with stress-minimized herding via biomarker analysis. Mobile app for remote management. Pilot farms covering 1.7 million acres across Queensland and NSW. Australia to US (California, Texas) expansion underway. Hardware-software lease model with subscription pricing based on ranch size.
RL investment and edge AI for fully autonomous multi-drone coordination. Cattle weight estimation from aerial imagery, automated fence/water monitoring, predictive health alerting. Running on DJI drone hardware with proprietary base station computers. Second-generation system in beta with advanced analytics for cattle weight and dry matter estimation. The lease model rather than hardware sales signals a SaaS-first revenue strategy. Sam Rogers' background includes CSIRO and Australian Centre for Robotics research, publishing ML/robotics research from age 15, and competing internationally in AI competitions (2nd out of 10M applicants).
Autonomous AI drone herding that replaces helicopters, horses, and motorbikes for moving cattle between paddocks using reinforcement learning trained on real stockmanship behavior.
An AI-powered drone learns to herd cattle the way an expert cowboy would, but it never gets tired, thrown off a horse, or lost in the outback.
It's like replacing your entire rodeo crew with a single tireless drone that watched every episode of "Yellowstone" and actually learned something useful.
Real-time aerial computer vision system that detects individual cattle, estimates body weight, and identifies early health anomalies from drone-captured imagery.
A drone flies over your herd and instantly tells you which cows are gaining weight, which look sick, and which wandered off—like a flying veterinarian with perfect memory.
It's like giving every cow in your herd a Fitbit, except the Fitbit is a drone hovering overhead and the cow doesn't have to wear anything.
PastureView module uses deep learning on aerial multispectral imagery to estimate pasture dry matter, growth rates, and optimal grazing rotation schedules.
A drone scans your paddocks from above and tells you exactly which fields are ready to graze and which need rest—like having a grass scientist on call 24/7.
It's like having Google Maps for grass—except instead of traffic updates, you get "this paddock is lush, that one needs two more weeks" updates delivered by drone every week.
Sam Rogers grew up mustering cattle on his family's 6,000-head Australian station, dropped out of University of Sydney robotics at 18, and had been publishing ML and robotics research with CSIRO since age 15. He combines authentic stockmanship understanding with reinforcement learning expertise that no pure-tech competitor can replicate, having taught himself to code in Chinese to work with alternative drone hardware when he couldn't afford higher-spec equipment.