Precision Farming Robot using ESP32 for motor control and live video streaming. Controlled via MQTT and a GUI, this system aims to automate farming tasks for smart agriculture.

Ubiquitous sensor networks (USNs) provide a seamless and real-time in-situ sensing infrastructure that could overcome some limitations of smart agriculture. Resource efficiency is essential for USNs ...

This is the Sensirion SHT4X library for Arduino allowing you to communicate with a sensor of the SHT4X family over I²C. Click here to learn more about the Sensirion SHT4X sensor family.

"Smart agriculture is a huge time-saver," says Ko-ichiro Miyamoto, "Farmers don't have time to manually check every single plant. This sensor is able to provide fine-tuned readings for what's ...

It can also monitor variations over time in the same location. The battery-operated sensor's Wi-Fi data transfer, waterproofing, and ability to operate outside for more than a month make extended data ...

Automating household or office systems can be achieved using an Arduino Nano, a passive infrared (PIR) motion sensor, and a relay. The primary aim is to create a control system that activates or ...

The smart agriculture market has been growing due to different factors. First of all, the rising need to enhance productivity and efficiency in farming has resulted from the increase in global food ...

Credit: Product images courtesy of Amazon Lots of companies make smart sensors, but some are better than others. And Aqara is, in my opinion, the best at it. They make more consumer smart sensors ...

In Cognitive Market Research’s recently published 7th edition of Home Smart Sensors Market Report 2024, the report’s author says the global home smart sensors market will witness significant growth ...

16, 2024 /PRNewswire/ -- The Smart Agriculture ... Precision agriculture is also known as precision farming. Such technologies such as IoT devices, sensors, GPS systems, drones, data analytics ...