The Future of Farming
Sustainable Precision
at Scale
Meet Luke, the autonomous robot designed to empower small farmers with enterprise-grade AI technology.
Product Overview
Meet LUKE
Designed specifically for the challenges of small-scale agriculture, Luke is more than just a robot. It's a comprehensive precision farming solution that combines mechanical weed removal, early disease detection and autonomous navigation.
Built with lightweight, durable materials, Luke operates effectively across diverse terrains without compacting the soil. Its modular design allows for easy maintenance and adaptability to various crop types.
Innovations
Six Innovations in One Robot
Mechanical Weed Removal
Wheel-integrated grousers churn soil and pluck weeds out by the roots as Luke moves. Buried weeds decompose into eco-fertilizer, while blocking sunlight to prevent regrowth: no chemicals, no extra energy.
AI Crop Health Inspection
ResNet-50 and Vision Transformer models, trained on 125,000 field images, detect crop disease, stress and nutrient deficiencies at 98.7% accuracy: alerting farmers via voice and text in their regional language.
Swarm Intelligence
Multiple Luke units coordinate through a decentralized mesh network using Particle Swarm Optimization, with autonomous formation control and collision avoidance. Deploy as many robots as your field size demands.
Off-Grid Autonomy
No 5G, no cloud, no GPS dependency. On-board processors and controllers run camera-based v-SLAM navigation, enabling real-time decisions in the most remote agricultural regions.
Adaptive Terrain Module
Luke fits between rows of even the densest crops including rice at 18.56 cm spacing. A stable two-wheel design and modular build adapt across crop types and soil conditions.
Ultra-Low Power System
Luke uses a fraction of the energy required by industrial laser weeders, which can cost upwards of a million euros. That efficiency makes precision farming finally viable for smallholders, not just large estates.
Ready to Start?
Transform Your Farm Today
Join our pilot program and experience 25% yield increases with 30% reduction in chemical usage.
Request Demo