Empowering Decision Makers
smart
farming
services
We’re ushering in a new era of agriculture by fusing Geographic Information Systems, Robotics, and Artificial Intelligence. We don’t just monitor and recommend—we take action. Starting with precision weed targeting, our system turns insight into action with measurable results.
Utilize state-of-the-art drones, satellites, and ground sensors to gather critical data.
Advanced data processing and analytics, leveraging AI for classifications
Receive detailed, easy-to-understand reports with in-depth analysis reccomendations.
Benefit from reports that
include the latest weather
data collection
Access practical, science-
based guidance to enhance sustainability.
About Us
Transforming Land Management with GIS, Robotics & AI
Farming and environmental land management are stuck in reactive cycles. Weeds spread before they’re detected, are often misidentified, and the wrong chemicals are applied—damaging soil and creating zones of long-term non-productivity.
Our vision is a world where fields self-report threats, weed outbreaks are precision-controlled before they spread, and farmers act as data-driven strategists commanding fleets of task-specific robots. IntelAutomatics is building the AI-powered nervous system to make this future a reality.
Today, we’re focused on early weed identification and targeted herbicide application in agriculture. Using drone imagery and proprietary AI, we detect and delineate invasive weed species 98% faster than a human, generating precision spray maps that are fully compatible with autonomous spraying systems.
We’re currently working with leading cranberry growers and agricultural companies to refine our core platform, laying the groundwork for broader deployment across crop types, regions, and eventually into forestry, aquatic systems, and ecological conservation.
Our team brings deep expertise across AI, robotics, geospatial analytics, and field operations. We’ve walked the farms, collaborated with scientists, and validated our technology through real-world results.
We’re not just digitizing fields—we’re redefining what’s possible with technology in land stewardship today.
Why Choose Us
RTK Precision Mapping
Get 2 cm ground precision — ideal for targeted spraying, crop analysis, and geospatial land management
AI Weed Detection
Trained on high-quality field data, our proprietary AI model detects weeds up to 98% faster than manual scouting
Herbicide Analysis
We use multispectral drones and proprietary tools to detect treatment success and identify resistant weed species early
AI+Robotics Integration
Our AI outputs GIS-ready files for seamless integration with autonomous sprayers — reach out to join early trials in Q1 2026
Maps: Web Application
Based on customer feedback, we're developing a cloud-based GIS app where you can view your fields, access key metrics, and track progress
Scalable Farmer-Centric
Whether you're managing 10 or 1,000 acres, our tools scale with your operation and deliver results. Get your farm scored today
Services
Aerial Surveying
Our skilled drone pilots utilize state-of-the-art Unmanned Aerial Systems (UAS) to capture high-resolution data from above, including RGB, multispectral, and thermal imagery.
Ground Truthing
We deploy field experts to collect on-the-ground data that complements aerial surveys—such as weed species identification, soil observations, and treatment records.
Cloud Services
Access your data anytime, anywhere through our secure, cloud-based web application—designed for real-time field insights and GIS map viewing & interaction.
Applications
Farming
Gain insights into Precision Irrigation, Fertilizer and Pesticide requirements
Forestry
Forest inventory information, Locate and count invasive species, track new bark beetle attacks, estimate drought and more.
Others
Need information on a location to make an informed decision? We offer customized solutions for your specific requirements. Contact us through our form below to get in touch.
Transform
CONTACT US
Get in touch with the Future of Farming
CONTACT US
We use drones, satellites, and ground sensors to gather essential information about soil health, water content, and plant stress.