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Yogesh Popat Maid is an Assistant Teacher in the Department of Mathematics at Late Babasaheb Khotre Vidyalaya, Sirsoli, Taluka Telhara, Maharashtra, India. His academic role is associated with mathematics education. His contribution focuses on the application of AI, blockchain, and IoT technologies to secure digital ecosystems.
The swift advancement of artificial intelligence (AI), blockchain technology, and the Internet of Things (IoT) is revolutionising the architecture of digital ecosystems in sectors such as healthcare, smart cities, industrial automation, agriculture, transportation, and financial services. IoT devices incessantly gather environmental and operational data, AI algorithms scrutinise this information to produce forecasts and facilitate decision-making, while blockchain offers decentralised records, transaction traceability, and programmable methods for implementing designated security protocols. Incorporating these technologies can bolster data integrity, promote automation, facilitate decentralised coordination, and foster confidence among participants who do not depend entirely on a singular authority. This chapter explores the essential concepts, architectural tenets, integration methodologies, and real-world applications of AI, blockchain, and IoT inside secure digital environments. The section additionally addresses assessment criteria, obstacles in implementation, privacy-conscious artificial intelligence, distributed learning, and other research avenues. The suggested framework aims to serve as a conceptual basis for creating interoperable, robust, and reliable digital systems.