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Introduction      In an era where technology is revolutionizing traditional industries, agriculture stands to benefit immensely from digital innovations. Recognizing this potential, Bayer and Microsoft have embarked on a strategic partnership aimed at integrating advanced artificial intelligence (AI) solutions into the agricultural sector. This collaboration seeks to enhance data interoperability, provide tailored AI models, and empower stakeholders across the agri-food value chain. A futuristic digital farm landscape Enhancing Data Interoperability with Azure Data Manager for Agriculture [1]      A significant challenge in modern agriculture is the fragmentation of data across various platforms and devices. To address this, Bayer and Microsoft have introduced the Azure Data Manager for Agriculture, a platform designed to seamlessly connect disparate data sources. By facilitating secure and compliant data exchange, this platform enables farmers, agronomists...

Introducing transport robots currently under development or commercially available for use in agricultural environments. 1. Daedong Launches 'RT100' Agricultural Transport Robot, Pioneering the Future of Farming Automation [1]        Daedong, a leading company in future agriculture, has officially launched its agricultural transport robot 'RT100', marking its entry into the agricultural robot market. The 'RT100' is designed to address challenges in agricultural settings, particularly focusing on orchards, and offers two models: wired following and autonomous driving. Features include user-friendly operation, a 360-degree rotation capability for maneuvering in narrow paths, and an electric system that ensures quiet, vibration-free, and emission-free operation.       The robot can carry up to 300 kg and is equipped with lift and dump functions. Daedong plans to release the wired following model in February, followed by the autonomous driving model i...