Disparities in Digital Information Access in Indian Agriculture

In the vast fields of India, where millions of families tend crops on small plots of land, the difference between a good harvest and a lost season often comes down to information. A farmer needs to know when to plant, how to treat a sudden pest, or what price to expect at the market. For decades, this knowledge traveled slowly, carried by government agents walking from village to village or by radio broadcasts that could not answer specific questions. Today, the hope is that digital technology can bridge this gap, delivering precise advice directly to a farmer's hand. But for a digital system to work, it must first have a foundation. Just as a house cannot stand without a solid base, a digital farming network cannot function without the physical tools that make it possible: a device to receive the message, a network to carry the signal, and electricity to keep the system running. Without these basic ingredients, the most advanced agricultural advice remains trapped in a server, unable to reach the soil it is meant to help.

A team of researchers set out to measure exactly how ready India's different states are to support this digital future. They did not look at how many farmers are currently using apps or how much their yields have improved, because those are results that depend on many factors beyond just the technology. Instead, they focused on the supply side: the physical infrastructure that exists on the ground. They asked a simple but critical question: if a digital extension service were launched tomorrow, would the roads, wires, and devices be there to support it? To answer this, the researchers built a new scoring system, a composite index that acts like a report card for each state. They gathered data from national surveys and industry reports to measure three specific things. First, they looked at digital assets, checking how many households own radios, televisions, computers, and smartphones. Second, they examined network access, measuring the reach of mobile signals, the availability of high-speed internet, and the number of wireless connections. Third, they assessed electricity supply, looking at how many homes are connected to the grid and how many hours of power they receive each day.

The researchers combined these measurements to create a single score for every state, allowing them to compare regions that are often very different from one another. When they looked at the results, a clear picture of inequality emerged. While most of India has made significant progress in owning basic devices like televisions and radios, and while access to electricity has become nearly universal, the ability to connect to the internet remains a major hurdle. The data showed that the gap between states was widest when it came to network access. Some states have the full package of devices, strong signals, and reliable power, while others have the devices and power but lack the digital highways needed to send information. This disparity is not just a minor inconvenience; it is a structural barrier that prevents digital farming services from reaching millions of people.

Based on these scores, the researchers grouped the states into four categories to describe their readiness. At the top are the "Digital Pioneers," a small group of states that have built a strong foundation across all three areas. These regions have the devices, the connectivity, and the power to support a robust digital farming system. Following them are the "Digital Progressors," who are doing well but still have room to improve their networks. The third group, the "Digital Enthusiasts," includes states that have the basic tools but struggle with the quality or reach of their connections. Finally, the "Digital Aspirants" are the states with the least prepared infrastructure, where the lack of reliable internet and network coverage makes it difficult to even begin delivering digital advice. The study found that the variation in network access was the most uneven factor of all, creating a digital divide that cuts across the country's agricultural landscape.

The findings suggest that while India is moving toward a digital agricultural future, the path is not the same for everyone. The researchers emphasize that having the infrastructure is necessary but not enough on its own. Even in states with excellent networks, farmers still need the skills and the motivation to use these tools effectively. However, without the basic physical conditions, no amount of training or policy can make a digital service work. The study serves as a map for policymakers, showing exactly where the gaps are. It highlights that to truly help farmers, investments must go beyond just handing out phones; they must focus on building the invisible networks and ensuring the power flows reliably to the most remote corners of the countryside. Until these foundational pieces are in place, the promise of digital agriculture will remain out of reach for many of the people who need it most.