A new integrated energy platform using multiple renewable energy sources has been successfully developed and tested, enabling ...

A smart irrigation system that automates watering based on soil moisture levels. Using Arduino and a soil moisture sensor, it ensures plants get the right amount of water, optimizing usage and ...

A new AI-driven system designed to optimize energy use and resource allocation in smart agriculture has demonstrated superior performance over conventional machine learning models, according to a 2025 ...

To optimize usage of water in agriculture crops, this research work has proposed an automatic irrigation system. The temperature and moisture sensors are used in the roots of the plants which are ...

Smart agriculture could increase output while preserving resources in the face of rising global food demand and environmental concerns. This project's objective is to develop a smart agriculture ...

In the drought-prone district of Mwenezi, Zimbabwe, farmers battle unpredictable rainfall and dwindling agricultural yields. Climate change has made traditional farming methods unreliable, forcing ...

To address all these issues, this paper proposes a smart agriculture monitoring and automatic irrigation system based on LoRa. The system utilizes LoRa technology for long-range wireless communication ...

Through extensive field visits and analysis, we identified that urban middle-class populations are particularly vulnerable, lacking the resilience afforded by rural agriculture. To address this, we ...

Smart agriculture is the way of the future to more efficiently manage crops, requiring the adoption of new technologies such as IoT, cloud computing, Industry 4.0 and AI/ML. Smart agriculture refers ...