Scaling humanity's access to regenerative agriculture by combining traditional land stewardship with cutting-edge technology.
To remove the labor, infrastructure, and knowledge barriers that limit regenerative livestock grazing—making it easier, faster, and more profitable for anyone to manage land in ways that restore ecosystems, produce nutrient-dense food, and strengthen rural economies.
Daily drone flights map pastures and track livestock with AI-powered analysis
GPS virtual fencing and AI insights optimize paddock rotation automatically
Continuous feedback loops restore soil health while improving profitability
How integrated drone monitoring, AI analysis, and virtual fencing are transforming livestock management from constant labor into strategic oversight—enabling farmers to manage regenerative grazing from their porch.
GPS-enabled virtual fencing systems like NoFence are eliminating infrastructure barriers, allowing any landowner to implement rotational grazing without expensive permanent fencing.
How drone-captured imagery and photogrammetric analysis create precise, measurable maps of forage quality, enabling data-driven grazing decisions that restore soil health.
Machine learning models that analyze forage regrowth rates, drought stress, and livestock behavior to optimize paddock rotation timing for maximum ecological and economic benefit.
Breaking down the ROI of autonomous grazing systems: how reduced labor costs, improved soil health, and optimized stocking densities create profitable pathways to regenerative agriculture.
Building systems that improve with every grazing cycle by combining soil health tests, drone imagery, and production data into self-improving agricultural intelligence.