We build sovereign agricultural systems. By pairing with neural networks with autonomous swarm robotics, we enable farmlands to manage, heal, and sustain themselves entirely with almost hands-free.
Almost Zero-latency processing
99.1% Confidence
Traditional precision agriculture stops at data collection, leaving execution to a strained labor force and accuracy detection challenges. AgriVionics closes the loop, transforming field intelligence into autonomous physical action.
Blanket spraying damages soil microbiology. Our spot-spraying neural nets apply compounds only where foliar disease is actively detected.
From scheduling to deployment, charging, and execution. The system requires zero manual piloting or cloud-dependent API calls.
High-speed topological scanning capability per deployed swarm unit, generating sub-centimeter NDVI mapping.
Ruggedized, weather-proof, and designed specifically for the extreme environments of rural farmlands.
The central nervous system. A self-charging, weather-proof deployment station that houses and maintains the drone fleet.
Local compute bypassing cloud latency. Processes terabytes of hyper-spectral imagery directly on the farm.
Retrofits into existing drip infrastructure to execute surgical micro-dosing of water and NPK nutrients based on AI directives.
We are training a proprietary Agricultural Large Language Model and Vision-Language Models (VLMs) tailored exclusively for agronomy and drone telemetry, and for autonomous field management.
Detects any nutrient deficiency, water stress, and pathogen vectors days before human visual detection is possible.
Dictate field observations or trigger localized irrigation hands-free using agricultural vernacular.
Real-time weather data collection and predictive analytics for optimal field management.
Daily localized inference across pilot test farms.
Operational in extreme dust, rain, and heat.
Continuous autonomous lifecycle.
Read our latest engineering whitepapers on Fine-tuning LLMs on Agricultural Topography and the necessity of Closed-Loop systems.
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