West Bengal, which is in the eastern region of India, is one of India's most important agricultural states. Agriculture in India, particularly in West Bengal, faces a series of critical challenges including decreasing farm sizes, lack of modern farming knowledge, migration from rural areas, and low farmer income despite high workforce participation. By integrating skill training, marketplace access, and architectural design principles, the project proposes a self-sustaining model to Agriculture is the backbone of the frugality and a source of livelihood for a large section of the pastoral population in West Bengal. This pivotal sector, still, is oppressively hovered by the rising prevalence of climate change, which is taking the form of irregular downfall, adding temperatures, recreating cataracts, and deteriorating soil quality. These challenges impel the perpetration of smart husbandry, a strategy where data- driven technology, sustainable agronomic practices, and climate- flexible exploration are combined in order to forestall pitfalls as well as achieve productivity enhancement. This exploration explores the situation at hand, strategic fabrics, and prospects for smart husbandry as a climate adaption and mitigation agent in West Bengal. In farmer income, promote environmental sustainability, and strengthen rural–urban linkages. s. These technologies promote better resource application, prompt responses to rainfall and pest pitfalls, and enhanced vulnerability of husbandry systems to climate query. The exploration also examines government programs, institutional arrangements, and public private institutions that have promoted or impeded the dispersion of smart technologies among growers. Major enterprises like the Bangla Krishi Sech Yojana, Krishi Vigyan Kendras, and climate-smart village models are examined to determine their influence on sustainability and agrarian invention. From a critical perspective, the exploration examines the donation of climate- flexible crop kinds, solar- powered irrigation, water operation systems, and low- carbon husbandry to lowering the environmental.