Published Paper Details:

India is a land full of culture, tradition, and spirituality where every region has its own unique way of connecting with the divine. One thing that beautifully ties many of these practices together is the use of flowers. Whether it's a simple daily offering or a grand festival celebration, flowers are seen as a pure and heartfelt symbol of devotion. Because of this, there's always a strong need for a variety of flowers across the country and, India is also land of rich traditions, where culture and rituals are deeply woven into everyday life especially during weddings and festivals. Flowers play a big role in these events, often used as offerings to deities or for decoration, making them an essential part of our cultural fabric. Because of this, there's always a high demand for different kinds of flowers. But for many farmers, knowing which flowers will grow best in their soil can be a challenge, Though the flower farming has become a popular and profitable branch of agriculture where the demand is been increasing every year, but choosing the right flowers to grow can be slightly difficult. Farmers often struggle with factors like local climate, soil conditions, and changing market demand. This research introduces a farmer friendly Flower Farming Recommendation Application designed to help farmers make smarter and better decisions, were flower By taking in simple inputs like NPK and Ph, values the application, suggests the most suitable flowers to cultivate in a specific region, fertilizer deficiency, irrigation method, market demand and also harvesting type .It uses sensor for data collection and cloud web application to get the suggestions which can be helpful to improve both soil and flower yield. This web application is easy to use with the soil data, especially for small and mid-scale farmers, and encourages more efficient, sustainable farming. This paper explores how the soil data is collected, how to use that data so it can suggest the best flower for that field with required amount of fertilizers also.