As these technologies become cheaper, easier to use, and more accessible in rural areas, they are likely to play a major role in the future of Indian farming

Agriculture plays a vital role in India’s economy and supports the livelihood of millions of people. For generations, Indian farmers have depended on traditional knowledge, seasonal experience, and local weather patterns to make farming decisions. However, climate change, unpredictable rainfall, rising temperatures, and increasing crop diseases are creating new challenges for agriculture. To deal with these problems, modern technologies such as weather forecasting systems, artificial intelligence (AI), and digital farming tools are gradually becoming part of Indian agriculture.

In today’s modern world, there are many technological solutions available that can assist farmers to improve decision-making processes. There are numerous devices that give data on rainfall, temperatures, humidity, soil, potential pests’ attacks and diseases of plants. Using such techniques as climate, satellite data, sensors and artificial intelligence, such technology can inform farmers of potential dangers and prevent them from any severe damages. For example, if weather conditions become favourable for a fungal infection or pest outbreak, the system can send an early alert to farmers so they can take preventive measures in advance. This reduces crop losses and improves productivity.

AI’s role in disease detection

One of the biggest advantages of weather and climate forecasting tools is that they help farmers prepare for changing environmental conditions. Weather plays an important role in agriculture; even slight changes in rainfall or temperature may affect agricultural productivity. Using these tools, farmers can plan when to sow seeds, fertilize or spray chemicals, and harvest crops. In many cases, early warnings about storms, droughts, or heavy rainfall can help farmers protect their crops and reduce financial losses.

Artificial intelligence is also becoming useful in crop disease detection. Farmers can now use mobile-based systems to identify diseases by uploading pictures of affected plants. AI algorithms analyse the images and suggest possible diseases and treatment methods. Although these technologies are available, their adoption among Indian farmers is still limited. As indicated by various agricultural studies, less than 2 percent of Indian farmers use precision agriculture technologies or agronomy applications at present. In addition to that, only about 4 per cent of farmers have adopted digital advisory tools or crop-monitoring technologies at present. These numbers suggest that smart farming is still in its early stage in India.

However, digital agriculture is growing steadily. Industry estimates suggest that nearly 10-20 per cent of Indian farmers have access to some form of digital weather advisory or agricultural information service. Most farmers operate on limited land and cannot easily afford expensive technologies. Poor internet connectivity in rural regions, lack of digital literacy, and language barriers also create difficulties. In addition, many farmers still trust traditional methods and local advice more than digital systems.

Need better awareness

Basic digital farming practices are slowly becoming a part of everyday agriculture. However, advanced AI-based tools are still not widely adopted. Farmers in our country still need greater awareness and education about the latest technologies, especially weather forecasting systems, so that they can protect their crops and improve their yield. Governments and agricultural institutions are also promoting digital agriculture through awareness programs and technology-driven initiatives.

In conclusion weather prediction and artificial intelligence technology for farming are actual things that are gaining significance in agriculture in India. Despite these challenges, the future of smart farming in India appears promising. While there is only a negligible number of people using high-tech solutions for farming today, the popularity of such technologies is on the rise. As these technologies become cheaper, easier to use, and more accessible in rural areas, they are likely to play a major role in the future of Indian farming.

The author is Founder of Aahwahan Foundation

Published on May 31, 2026