The University of Phayao is moving forward with the development of an innovative “Smart Algae Farming System” aimed at ...

Deployment environments matter far more than sophistication, when it comes to IoT success. This includes scaling costs, ...

Key opportunities in the AI crop monitoring market include increased adoption of precision agriculture, leveraging drones and IoT for real-time monitoring, and government support for smart farming.

The Melaka state government plans to introduce a new approach to aquaculture through a high-technology tilapia farming project using Internet of Things ...

Telecommunications group MTN is commercializing a suite of AI-driven Internet-of-Things solutions for the agricultural sector, while identifying private ...

Advances in wearable technology, smart sensors, and IoT integration are transforming agriculture, enabling real-time monitoring of crops, livestock, and farmer health. These tools promise higher ...

MEO Satellite IoT offers unique opportunities for connectivity with low latency, high bandwidth, and extended coverage. It's valuable for remote areas, facilitating M2M communication with reduced ...

A Zambian graduate student in the United States is developing a machine learning system designed to help African farmers ...

The initiative brings together engineers, universities and tech innovators in Akwa Ibom to deploy artificial intelligence, ...

BackgroundPlant nutrition management lies at the heart of climate-smart food systems, bridging productivity, resource efficiency, and environmental ...

The global food system has reached a critical inflection point in 2026, where vertical farming has matured into a sophisticated intersection of biotechnology, robotics, and artificial intelligence.

The Riverina Ag Industry Day, a collaborative powerhouse hosted by TAFE NSW and the Regional Industry Education Partnerships (RIEP) program, has officially marked its third year of transforming how ...