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The World’s First AI Autonomous Farm

Our AI AutonomousFarm System

Transforms dairy and livestock operations from labor-heavy facilities into self-learning, intelligent environments.

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Milking & Feeding Automation​

Autonomous Milking Robot

Handles daily milking for up to 75 head per robot using AI-driven computer vision and robotic control. Runs on 100% locally developed control boards (PCB) and embedded software, syncing directly with herd management software to log health and yield metrics.

Autonomous Feed Center

A centralized 1,200 m² infrastructure hub equipped with stationary mixers, corn crushers, and bulk storage to automate large-scale feed preparation.

Autonomous Feed Pushing System

Automatically moves feed closer to stanchions throughout the day, guaranteeing continuous feed accessibility without manual labor and maintaining consistent eating routines.

Calf Feeding System

Standardizes calf nutrition through feeding robots that track individual milk consumption, detect early disease symptoms, and streamline early-stage rearing.

Small Ruminant Feeding Systems

Scaled automated nutrition management engineered for sheep and goats, delivering precise ration distribution and consistent feeding schedules.

Monitoring & Herd Management Systems​

Animal Tracking & Herd Management System

Uses 24/7 smart collars to monitor movement, feeding habits, rumination, lying time, estrus, pregnancy, calving proximity, and illness indicators, alerting operators immediately to behavioral anomalies.

Autonomous Computer Vision System

Utilizes 2D and 3D camera analytics to monitor animal behavior, automatically detecting births, post-calving recovery, heat cycles, health status, and rumination counts to catch subtle issues human eyes miss.

Unified Herd Management Software

Serves as the central digital database logging full animal lifecycles—health, reproduction, nutrition, growth, and yield—by aggregating streams from milking robots, collars, and camera arrays.

Climate & Environmental Control​

Smart Curtains (Automated Ventilation & Climate)

Smart Curtains (Automated Ventilation & Climate)

Manages greenhouse barn roof vents by analyzing real-time wind speed and direction to automatically open or close vents, working alongside fans, fogging, and cooling systems to eliminate heat stress.

Zero Waste & Recycling Systems

Zero Waste & Recycling Systems

Combines 3 manure pits, mechanical separators, and liquid transport with compost-bedded greenhouse barns to process waste into reusable resources. Paired with rooftop solar power (110–125 MWh/month), it supports a closed-loop, sustainable production model.
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How our AI Farming Answers
The World’s Food Problem

01.

Eliminating Food Waste at the Production Level

Preventing Milk Waste & Contamination

The Autonomous Milking Robot tests milk directly during milking. Contaminated or high-somatic-cell milk is automatically diverted, preventing whole bulk storage tanks from being spoiled.

Zero Waste & Circular Resource Recovery

Mechanical separators and 4,000-ton capacity pits transform solid manure into hygienic compost bedding and route liquid manure to fertilize feed fields, achieving zero organic waste.

02.

Transitioning from Reactive Care to Preventive Health​

Early Disease & Anomaly Detection

24/7 smart collars and 2D/3D visual AI detect subtle drops in rumination, lying time, or feeding activity hours before clinical symptoms appear, drastically lowering medication costs.

Automated Calf Health Protection

Calf feeding robots monitor individual drinking speeds and consumption, flagging early health issues in young stock automatically.

03.

Rapid Genetic Improvement for Resilient Food Supply​

Accelerating Genetic Progress

Through advanced biotechnology—such as OPU-IVF, embryo transfer, and genomic selection—DOST rapidly multiplies high-performing, climate-resilient livestock genetics across generations.

04.

Global Deployment in Challenging Environments​

Internet-Independent Edge AI

Local processing on control boards and edge micro-nodes ensures complete system autonomy in remote regions without stable cloud connections.

Automated Extreme Climate Resilience

Weather sensors trigger Smart Curtains, high-pressure fogging, and cooling fans automatically to protect herds from severe heat waves

Measurable Performance Impact

Increase in Milk Output​

Increase in Milk Output​

Driven by stress-free voluntary robotic milking and optimal, continuous feed availability.​

Improvement in Conception Rates​

Improvement in Conception Rates​

Achieved through AI-powered heat detection timing.​

Lower Veterinary & Medication Costs​

Lower Veterinary & Medication Costs​

Enabled by early sub-clinical diagnostic alerts (e.g., detecting mastitis or metabolic issues early).​

Reduction in Direct Farm Labor Costs​

Reduction in Direct Farm Labor Costs​

Delivered through autonomous feeding, cleaning, and climate execution.​

Minimum Calf Mortality Target​

Minimum Calf Mortality Target​

Achieved through 24/7 automated calving detection and robotic calf feeding.​

Revolutionizing the Farm Experience​

For the Herd:

Animals move freely in a climate-controlled, low-stress environment. Voluntary milking schedules, automated cooling, dynamic night lighting, and obstacle-avoiding mobile robots protect natural behaviors, resting time, and physical comfort.

For Farm Management:

Farm operators transition from manual labor to data-driven oversight. Instead of spending hours searching for cows, checking birthing pens at midnight, or manually pushing feed, managers receive precise mobile notifications with exact cow coordinates and recommended actions.