agriculture - search results

The robot feet, inspired by moose hooves, improve movement on mud and snow by reducing sinkage, suction force, and energy use on difficult terrains. Researchers...

With good sensitivity, selectivity, and stability, this technology addresses long-standing challenges in air quality monitoring, industrial safety, and environmental protection—promising a safer, brighter future...

Working with IoT protocols like MQTT, AMQP, and CoAP on cloud platforms is essential for developing scalable and efficient IoT applications. The choice of...

The company Nordic Semiconductor launched a platform, simplifying cellular IoT prototyping with multi-sensor capabilities, global certification, and continuous connectivity. Nordic Semiconductor has launched the 'Thingy:91...

Scientists at Oak Ridge National Laboratory (ORNL) introduced a robotic system that autonomously collects soil samples and analyses plant-soil interactions, advancing environmental research. Researchers at...

Stanford researchers developed a clean, wind-powered device to produce ammonia, reducing carbon emissions and transforming agriculture. A novel prototype device developed by Stanford University and...

A low-cost wireless sensor for plants. Real-time data on plant health, innovative agriculture, better monitoring than expensive methods... Could this be the future of...

As Wi-Fi 6 evolves, Wi-Fi 7 is ready to take connectivity to new heights. With extraordinary features like multi-link operation, these technologies are set...

This approach bypasses traditional power needs, making sensors more accessible and sustainable, this development could reshape fields from agriculture to athletics, paving the way...