We build everything with our own homegrown AI systems. Our autonomous ground vehicle PORSUK roams the field on its own, analyzes the soil with its sensors, and decides what can be planted.
An unmanned ground vehicle that roams the field autonomously, scans the soil with its sensors, and produces planting decisions with AI.
Explore →A platform that merges satellite, weather, soil, and market data per parcel, producing plain-language diagnoses and concrete actions every day.
Explore →Agents that process sensor data, imagery, and positioning streams in real time coordinate the perception, analysis, and decision steps among themselves — enabling autonomous movement in the field and accurate agronomic recommendations.
An autonomous unmanned ground vehicle. It roams the field without human intervention, scans the soil row by row, and produces planting decisions with AI.
A farmer intelligence platform for precision agriculture. It merges satellite, weather, soil, and market data at the single-parcel level, producing plain-language diagnoses and concrete actions every day.
To prevent a food crisis for a growing population, agricultural output must rise significantly. We make this transformation possible with digital and autonomous systems that deliver higher yields using less water and fewer inputs.
Processes soil and plant data with agent-based models and turns it into action for every parcel; it delivers diagnoses and recommendations, not raw indices.
Peregrine Technology began its journey with unmanned aerial operations in the field and has now carried it into AI-powered smart agriculture systems. We don't produce raw satellite pixels or sensor statistics — we produce the very decision a farmer needs to make that day.
All of our software and AI models are developed in Turkey, by our own team.
Write to us for information about PORSUK and our smart agriculture solutions, partnerships, or a demo request.