DETECT. TREAT. THRIVE.
Empowering farmers with precise, data-driven insights to optimize crop health, reduce waste, and enhance sustainable agricultural practices.
Precision Agriculture, Simplified
AutoDoc is designed to help farmers detect crop health issues before they become costly problems. Using patent-pending autonomous navigation and advanced plant analysis technology, the system scans crops directly in the field to identify nutrient deficiencies and plant stress early.
The Problem
Modern farming often relies on manual or delayed crop inspection, meaning issues are detected after visible damage has already occurred. This leads to wasted resources, inefficient treatment, and reduced yield potential. As fields grow larger, traditional scouting methods become increasingly difficult to scale.
The Solution
The AutoDoc enables autonomous, in-field crop monitoring. It moves through crop rows and analyzes plant conditions in real time, helping detect nutrient deficiencies and stress earlier. This shifts crop management from reactive to proactive decision-making.
Smarter Farming, Engineered
Built from interconnected systems that power autonomous field operation and real-time crop intelligence.
Autonomous Field Navigation
In-Field Plant Analysis
Spatial Crop Monitoring
Scalable Data Collection
Why It Matters
Earlier crop insight leads to more efficient resource use, better yield outcomes, and improved sustainability. The AutoDoc supports more precise agricultural decisions by reducing guesswork in crop management.
Research & Development
The AutoDoc began as a senior design project and has continued through ongoing development and testing. Iterative prototypes and hydroponic trials have been used to evaluate nutrient deficiency detection across multiple conditions.
A provisional patent application has been filed as development continues.