The Role of ICT in Modernizing Agriculture

Agriculture remains the economic backbone for millions of families across India, yet farmers continue to face challenges like unpredictable weather, limited market access, and outdated farming practices. This is where Information and Communication Technology (ICT) steps in as a powerful game-changer. From mobile apps delivering real-time weather alerts to satellite systems mapping soil health, ICT is reshaping how farming is practiced, managed, and monetized in India and around the world.

What is ICT in agriculture? 🔗

ICT in agriculture refers to the use of digital tools and communication technologies to improve farming practices, information access, and market connectivity. These tools include mobile applications, internet-based advisory services, satellite communication and remote sensing, Geographic Information Systems (GIS), e-commerce platforms, and data analytics powered by Artificial Intelligence (AI). In simple terms, ICT turns traditional farming into a data-driven, technology-enabled system where farmers can make smarter decisions at every stage – from sowing to selling.

Why ICT matters for modern agriculture 🔗

The global digital agriculture market was valued at approximately USD 24.2 billion in 2024 and is projected to grow to nearly USD 39.8 billion by 2029. This rapid growth signals a massive shift in how agriculture operates worldwide, and developing economies like India are at the centre of this transformation.

ICT matters because it directly addresses the most persistent problems in agriculture: information gaps, poor decision-making, high transaction costs, and weak market linkages. Let’s break down these areas.

Improving access to information 🔗

One of ICT’s biggest contributions is putting the right information into farmers’ hands at the right time. Before digital tools became available, farmers relied heavily on middlemen, local dealers, or word-of-mouth for information on weather, prices, and best practices. This often led to poor decisions and financial losses.

Today, mobile apps and online platforms provide farmers with real-time updates on weather conditions, market prices, pest management techniques, soil health data, and crop advisory services. For instance, the Kisan Suvidha app delivers information on five key parameters – weather forecasts, input dealers, market prices, plant protection, and expert advisories – all through a simple smartphone interface.

Enhancing decision-making through precision farming 🔗

ICT enables precision agriculture, where technologies like drones, sensors, GPS, and data analytics help farmers collect and analyse data on soil conditions, crop health, moisture levels, and weather patterns. This data-driven approach allows farmers to apply fertilizers, water, and pesticides precisely where and when needed, reducing waste and boosting yields.

The Digital Agriculture Mission launched by the Indian government integrates remote sensing data with crop, soil, weather, and water resource information into a comprehensive geospatial system. This system supports crop mapping, drought monitoring, flood assessment, and yield estimation – all critical for informed farm management.

Reducing transaction costs 🔗

Transaction costs – the expenses involved in buying inputs, selling produce, accessing credit, and obtaining insurance – eat into farmers’ profits significantly. ICT reduces these costs by connecting farmers directly with buyers, eliminating unnecessary middlemen, and enabling digital payments. Online marketplaces and e-commerce platforms allow farmers to compare prices, negotiate better deals, and complete transactions faster and more transparently.

Key ICT technologies transforming agriculture 🔗

Satellite communication and remote sensing 🔗

Satellite-based technologies are central to modern agricultural planning. Remote sensing helps monitor crop growth over large areas, assess soil moisture, detect pest infestations, and predict yields. India’s FASAL (Forecasting Agricultural output using Space, Agro-meteorology and Land-based observations) project, run by the Ministry of Agriculture, uses satellite data to provide accurate crop production estimates at district and state levels.

The Committee on Doubling Farmers’ Income recommended expanding the use of remote sensing, GIS, data analytics, AI, IoT, robotics, and drones in agriculture. These technologies collectively form the backbone of precision agriculture in India.

Internet connectivity and mobile services 🔗

India has witnessed a significant rise in internet adoption, with over 50% of the population now using smartphones and rural internet penetration reaching around 41%. This growing connectivity means more farmers can access digital agricultural services than ever before.

Mobile-based services are particularly impactful because they work even in areas with limited infrastructure. Kisan Call Centres address farming queries via toll-free telephone lines in local languages, while apps like mKisan push SMS-based advisories to farmers. The mKisan portal hosts dozens of state and central government agriculture apps that provide crop-specific advice, weather warnings, and market intelligence.

Geographic Information Systems (GIS) and GPS 🔗

GIS and GPS technologies enable site-specific farm management. Farmers and agricultural scientists use these tools for land-use planning, watershed management, soil mapping, and biodiversity monitoring. For example, detailed soil profile maps on a 1:10,000 scale are being prepared for approximately 142 million hectares of agricultural land under India’s Digital Agriculture Mission.

AI, big data, and IoT 🔗

Artificial Intelligence algorithms analyse large datasets – including historical weather patterns, crop trends, and disease monitoring data – to provide predictive insights. IoT-enabled sensors and smart devices monitor real-time field conditions and feed data into AI models that recommend optimal irrigation schedules, pest control measures, and harvesting times. These technologies are especially useful for managing complex farming operations and reducing input costs.

ICT initiatives driving Indian agriculture forward 🔗

India has launched several government-led and private-sector ICT initiatives that are making a tangible difference in farmers’ lives.

National e-Governance Plan in Agriculture (NeGPA) 🔗

The NeGPA was designed to accelerate the deployment of ICT across the agricultural sector. It focuses on building IT infrastructure within state agriculture departments and enabling rapid information dissemination to farmers through digital platforms and portals.

eNAM – National Agriculture Market 🔗

The Electronic National Agriculture Market (eNAM) is an online trading platform that connects existing APMC mandis across India into a single digital marketplace. Launched in April 2016, eNAM now supports 247 agricultural commodities and has integrated over 1,400 mandis nationwide. The platform provides transparent price discovery through competitive online bidding, enables quality-based trading, and facilitates direct digital payments to farmers’ bank accounts.

Before eNAM, farmers were restricted to selling at local mandis where a few traders often controlled prices. Now, buyers from across the country can bid for produce, creating genuine competition that benefits farmers financially.

Digital Agriculture Mission 🔗

Launched for the period 2021-2025, the Digital Agriculture Mission focuses on deploying new technologies like AI, blockchain, remote sensing, and drone-based monitoring. A major component is the creation of AgriStack – an open database of farm, farmer, and crop data that serves as the digital backbone for the sector. The mission also aims to create digital identities (Farmer IDs) for 11 crore farmers, enabling better targeting of government schemes and services.

ITC’s e-Choupal 🔗

One of the most successful private-sector ICT initiatives in Indian agriculture, e-Choupal connects farmers directly with markets through internet-enabled kiosks in rural areas. Operated by trained local farmers called sanchalaks, these kiosks provide access to market prices, weather data, and farming best practices. Farmers using e-Choupal typically receive better prices for their produce compared to traditional market channels, and the network has expanded to cover multiple states and commodities.

Kisan Suvidha and other mobile apps 🔗

The Kisan Suvidha app, developed by the government, provides weather forecasts, dealer information, market prices, plant protection advice, and expert advisories. Other notable apps include PUSA Krishi (developed by ICAR-IARI for agricultural solutions), crop-specific apps for pest management, and state-level applications customised in regional languages.

How ICT supports different areas of agriculture 🔗

Market access and price discovery 🔗

ICT eliminates information asymmetry – the gap between what farmers know and what the market offers. With real-time price data available on mobile devices, farmers can decide where and when to sell for the best returns. Platforms like eNAM and e-Choupal have demonstrated that digital market connectivity consistently improves farmer incomes by reducing dependence on intermediaries.

Weather forecasting and risk management 🔗

Accurate weather data helps farmers plan sowing, irrigation, and harvesting schedules more effectively. Advanced ICT tools provide not just daily forecasts but also extreme weather alerts, helping farmers protect crops from droughts, floods, and storms. The integration of weather data with crop insurance schemes like Pradhan Mantri Fasal Bima Yojana (PMFBY) also speeds up claim settlement when crop losses occur.

Supply chain management 🔗

ICT streamlines the agricultural supply chain by connecting producers, processors, transporters, and retailers through digital platforms. This reduces post-harvest losses – which account for a significant portion of food crop wastage in India – and ensures that produce reaches consumers faster and in better condition.

Agricultural extension and education 🔗

Traditional extension services, where government officers physically visit farms, have limited reach and frequency. ICT amplifies extension by delivering expert knowledge through mobile SMS, video tutorials, online forums, and dedicated apps. E-learning platforms train farmers on modern techniques, government schemes, and sustainable practices without requiring them to travel or attend physical workshops.

Challenges in ICT adoption in agriculture 🔗

Despite the progress, several barriers slow down widespread ICT adoption among Indian farmers.

Digital divide: There is a significant gap between urban and rural connectivity. While urban tele-density in India exceeds 130%, rural tele-density hovers around 59%. Many remote areas still lack reliable internet access and consistent electricity supply.

Low digital literacy: A large proportion of farmers, especially smallholders and elderly cultivators, lack the skills to use digital tools effectively. Reports suggest that only about 2% of Indian farmers actively use farm-related mobile applications.

High costs: Technologies like drones, satellite-based monitoring, and sensor networks require significant upfront investment. For small and marginal farmers – who make up the vast majority, with average landholdings of just about 1 hectare – this cost is a real barrier.

Language and localisation: Many digital agriculture services are not available in local languages, limiting their accessibility. Content must be customised to regional crops, soil types, and farming conditions to be truly useful.

Fragmented initiatives: Multiple government and private apps often overlap in functionality without a unified system. This fragmentation confuses farmers and dilutes the potential impact of individual platforms.

The road ahead for ICT in Indian agriculture 🔗

The future of ICT in Indian agriculture depends on addressing these challenges while building on existing momentum. The government’s push through the Digital India programme, combined with growing private sector investment and increasing rural internet penetration, creates a strong foundation.

Key priorities include expanding affordable broadband to every village, developing user-friendly apps in regional languages, creating unified digital platforms (like AgriStack) that consolidate farmer data and services, and training rural youth as digital agriculture facilitators. Public-private partnerships will be essential for scaling ICT solutions that are practical, affordable, and tailored to the Indian farming context.

The vision is clear – a farming ecosystem where every farmer, regardless of landholding size or location, can access the information, markets, and financial services they need through their mobile device. ICT has already proven it can transform agriculture; the challenge now is making that transformation inclusive and universal.

What do you think? Can ICT truly bridge the gap between small-scale farmers and modern agricultural markets, or will the digital divide continue to leave the most vulnerable farmers behind? What ICT tool do you think would have the most immediate impact on a farmer’s daily life?

References

1. https://www.cgiar.org/news-events/news/how-icts-are-shaping-sustainable-and-modern-farming-systems-in-india
2. https://www.indiafarm.org/agriculture/extension/ict-role-agriculture/
3. https://www.pib.gov.in/PressReleaseIframePage.aspx?PRID=2051719
4. https://www.drishtiias.com/daily-updates/daily-news-editorials/advancing-indian-farms-with-digital-solutions
5. https://mkisan.gov.in/Home/Downloads
6. https://www.sciencedirect.com/science/article/pii/S2772375523001478
7. https://enam.gov.in/web/
8. https://www.researchgate.net/publication/275954321_ICT_Initiatives_in_Indian_Agriculture_-An_Overview