Green Technology Innovation helps agriculture optimize efficiency through smart connectivity and AIoT. By combining intelligent analysis, we reduce waste, optimize energy use, and promote sustainable practices. Our solutions enable better resource management, lower carbon footprints, and support environmentally conscious decisions for a more sustainable future.
Our AIoT solutions transform farming with real-time soil monitoring, auto-detecting nutrients to guide fertilization. Digitized records track operator details, job sheets, and livestock info, making farm management seamless. Automated irrigation and fertigation systems, triggered by set thresholds, ensure optimal water and nutrient delivery, driving efficiency and sustainability.
Our smart device tracks key metrics like wind speed, temperature, humidity, pressure, and dust levels, with automatic detection for remote monitoring. Solar and battery-powered, it offers real-time data logging, threshold alerts, and easy Excel downloads. Ideal for agriculture and manufacturing, this HACCP-compliant solution saves time, reduces costs, and helps protect yields and product quality.
Project A3 is a semi-autonomous, battery-operated all-terrain vehicle designed to transform harvesting. Capable of carrying 150kg to 200kg, it follows the user and can be controlled remotely via 5G/EDGE. With AI vision, it assesses fruit readiness and generates heat maps to optimize harvesting, improving efficiency, yield, and minimizing waste.
It automates data logging and product sorting, detecting defects, mismatches, and mislabels. By triggering robotic actions to remove faulty items, it reduces human error, lowers production costs, and minimizes rejection rates, ensuring consistent product quality and efficiency.
This technology digitizes manufacturing and harvesting with IoT, providing real-time yield insights. It records operator details, job sheets, and product weight, with automatic detection, threshold triggers, and email alerts. It improves accuracy, reduces errors, minimizes wastage, and saves time, boosting efficiency.
These systems utilize a network of soil moisture sensors, weather forecasts, and automated controls to optimize water usage in agriculture. By delivering the precise amount of water needed at the right time, these systems minimize water waste, reduce energy consumption associated with pumping, and prevent over-irrigation, which can lead to soil erosion and nutrient depletion. This technology promotes sustainable farming practices while enhancing crop yields and quality.
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