Gentle Farming
The main goal of the project was to develop an easy-to-use platform that uses AI to control autonomous farm machines making farming operations smarter and more efficient.
Services:
Agriculture
UX&UI Design
Industry:
AI & ML Solutions
About the project
This project aims to revolutionize large-scale farming with AI-powered autonomous machines. Using advanced object recognition, this platform allows users to manage robotic farm equipment capable of independently navigating and cultivating vast fields. The app’s intuitive interface provides real-time control and monitoring, enabling efficient, precision farming.
Main goals of the project
AI-Powered Harvesting
Enhance productivity with AI-driven precision in planting and harvesting.
Detailed Machine Info
Access real-time details for each machine, like task status, fuel/battery levels, and AI-guided maintenance needs.
Field Mapping & AI Task Scheduling
Plan field tasks with AI assistance, ensuring optimal machine activity and productivity.
Remote and Autonomous Control
Easily switch between manual and AI-driven autonomous control for efficient operations.
main features of the app
main Dashboard
The system is crafted for seamless control of autonomous tractors, using object recognition and sensor technology to handle various farming tasks and scenarios.
Harvesting: For each machine you can flexibly adjust the planting of seed depending on the selected grains.
Swarm: Installation of modules for various tasks.
Field setup: Flexible work with large fields and harvest planning.
AI-Powered Tractor Control
Having object recognition technology, we have developed a concept for building robotic machines capable of independently cultivating large agricultural areas. We have also developed a control program for all automated machines.
Information: The top panel contains general information, technical characteristics and the status of the tractor.
Modules: Installation of modules for various tasks.
Field Map: Setting up and managing fields: you can add, delete or change the area on which the tractor or group of machines is working.
real-time monitoring
The platform provides a comprehensive overview of the robot’s physical and technical specifications, including dimensions, engine power, battery life, and speed, giving operators precise control and knowledge of each machine.
Real-Time Monitoring: Key operational stats, such as CPU usage, GPS status, battery level, and engine performance.
Status Indicators: The color-coded status indicators (Finish, In Progress, Inactive, Failure).
Field Mapping and Management
Our app provides comprehensive mapping and management tools for optimized farming.
Flexible Zone Setting: Easily define and adjust zones within fields for specific tasks or crop types, maximizing productivity across different areas.
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Field Reporting: Generate detailed reports on each field’s status, including soil quality, crop progress, and past activities, for better decision-making.
Field Editing and Quick Setup: Effortlessly edit fields and create new zones with a few clicks, allowing for easy planning and on-the-go adjustments.
Get Your MVP in 60 Days for $30k
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Core Functionality
Tractor Specifications Overview
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Field Mapping and Task Assignment
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Design process
3D modeling
Developed a concept for an autonomous tractor and plug-in modules for it.
Colors & Typography
Design process
3D modeling
Developed a concept for an autonomous tractor and plug-in modules for it.
Colors & Typography
Success stories
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