Overcoming Challenges to ICT Adoption in Rural Agriculture

Information and Communication Technology (ICT) holds enormous potential for transforming agriculture – from delivering real-time weather forecasts to connecting farmers directly with markets. Yet, for millions of farmers in rural India, these digital tools remain out of reach. The gap between ICT’s promise and its on-ground adoption is shaped by a range of barriers: poor infrastructure, high costs, low literacy, and deep-rooted cultural resistance. Understanding these challenges is the first step toward solving them.

The infrastructure gap: electricity, internet, and telecom 🔗

Every digital solution needs a basic foundation – reliable electricity and internet connectivity. Unfortunately, many rural areas still fall short on both fronts. According to data from the Centre for Economic Data and Analysis (CEDA), Ashoka University, about 16.7% of rural households remain without internet access at home – twice the share of urban households. While mobile internet has achieved near-universal reach (covering about 98.8% of rural households), high-speed broadband infrastructure is severely lacking. Only 3.8% of rural households have fibre-optic connections, compared to 15.3% in urban areas.

This means most rural users depend on mobile data – which comes with slower speeds, data caps, and inconsistent signals. For ICT tools in agriculture that require continuous connectivity, such as real-time crop advisory platforms or online market portals, this kind of unreliable access is a serious limitation.

Power supply issues 🔗

Electricity remains another critical bottleneck. Many rural areas experience frequent power outages, making it difficult for farmers to consistently charge and operate smartphones, tablets, or computers. Without a stable power supply, even the most sophisticated ICT tools become useless. Telecom towers in rural areas also depend on reliable electricity to function, so power cuts directly impact mobile network quality as well. According to ForumIAS, unreliable power supply in rural regions continues to affect the functioning of telecom towers and broadband infrastructure.

Telecom network reliability 🔗

Mobile networks – the primary mode of internet access in rural India – are often unreliable in remote villages, hilly terrains, and forested areas. Dropped calls, weak signals, and slow data speeds reduce the effectiveness of mobile-based agricultural services. Although the Indian government’s BharatNet project has connected over 2.13 lakh gram panchayats with optical fibre and expanded 4G coverage to more than 6.15 lakh villages, the last-mile delivery of quality connectivity still remains a challenge in many locations.

High costs of ICT tools and services 🔗

Cost is one of the most immediate and tangible barriers to ICT adoption among smallholder farmers. Agriculture in India is predominantly practiced on small and marginal holdings, and most farming families operate on tight budgets.

Device affordability 🔗

Smartphones and computers – the primary gateways to digital agricultural services – represent a significant expense for a small-scale farmer. While India has some of the world’s cheapest mobile data (the cost dropped from ₹269 per GB in 2014 to about ₹9 per GB by 2024), the one-time cost of purchasing a capable device is still a hurdle. According to CEDA’s analysis, about 11% of rural disconnected households cite cost – either of smartphones or recurring data plans – as the reason they are offline.

Maintenance and repair expenses 🔗

Purchasing a device is only half the challenge. Maintaining and repairing ICT equipment in rural areas is difficult due to limited access to service centres. When a farmer’s phone breaks, they may need to travel to the nearest town for repairs, incurring both time and travel costs. These recurring expenses add up and can discourage sustained use of digital tools.

Illiteracy and the digital literacy divide 🔗

Even where infrastructure exists and devices are affordable, a lack of literacy – both general and digital – prevents many farmers from benefiting from ICT. This is perhaps the most deeply rooted challenge.

General illiteracy 🔗

A significant portion of India’s rural population still lacks basic reading and writing skills. Most ICT tools, whether mobile apps or web portals, require at least a functional level of literacy to navigate menus, read advisories, and enter data. For farmers who cannot read, text-based platforms are practically unusable.

Low digital literacy 🔗

Even among those who are literate, many lack familiarity with digital devices. They may own a phone but use it only for calls and basic messaging, not for accessing agricultural apps, market data, or government services. According to a report by Oxfam India, only about one-fifth of the Indian population can operate a computer or use the internet. Among casual agricultural workers specifically, digital literacy stands at just 13%.

The PMGDISHA (Pradhan Mantri Gramin Digital Saksharta Abhiyan) scheme has made notable progress – training 6.39 crore individuals in rural areas by March 2024. However, the training focuses on basic skills like email and digital payments. Agricultural-specific digital skills, such as using crop advisory apps, reading soil health cards online, or navigating e-NAM (National Agriculture Market), require additional targeted training.

Lack of localized and relevant content 🔗

India is a linguistically diverse country with 22 officially recognized languages and hundreds of dialects. Most ICT platforms and agricultural apps are developed in English or Hindi, which limits their usefulness for farmers who speak regional languages.

Language barriers 🔗

A farmer in Tamil Nadu or Odisha or Northeast India may find little use in an app designed primarily in English. Even where Hindi-language interfaces exist, they may not serve farmers in southern or northeastern states. As noted by IndiaFarm, language barriers remain one of the key hurdles as many agricultural platforms are primarily available in English, limiting reach among non-English-speaking farming communities.

Content relevance 🔗

Beyond language, the content itself needs to be locally relevant. Agricultural conditions vary drastically across India – what works for wheat farmers in Punjab is irrelevant for paddy cultivators in West Bengal or millets farmers in Rajasthan. Generic advisories that do not account for local soil types, cropping patterns, weather conditions, and traditional practices fail to attract sustained farmer engagement. Farmers quickly abandon tools that do not address their specific, day-to-day needs.

Social and cultural barriers 🔗

Technology adoption is not purely a matter of access and affordability. Social norms, cultural attitudes, and trust levels play an equally important role – and in rural India, these factors can slow down or entirely block ICT adoption.

Resistance to change 🔗

Farming communities often have strong ties to traditional practices passed down through generations. There can be a deep-seated belief that conventional wisdom – learned from elders and local experience – is more reliable than advice delivered through a screen. This resistance is not irrational. Farmers who have experienced failed government schemes or unreliable market information in the past have legitimate reasons to be cautious about new technologies.

Distrust of new technologies 🔗

Privacy and data security concerns are emerging barriers. Many farmers are hesitant to share personal and farm-related data through digital platforms, fearing misuse. Research published in ScienceDirect on IoT adoption in agriculture identified trust and security as significant causal factors influencing technology adoption decisions among farmers. When farmers do not understand where their data goes or who has access to it, scepticism is a natural response.

Gender disparity in access 🔗

The digital divide has a strong gender dimension. According to the National Statistical Office, around 51% of rural women in India do not own a mobile phone. Women in farming households – who play critical roles in activities like sowing, weeding, and post-harvest processing – are often the last to gain access to digital tools. Social norms that restrict women’s independent use of phones further widen this gap. Unless ICT interventions specifically address gender disparities, a large segment of the agricultural workforce remains excluded.

Awareness gap and weak extension systems 🔗

Many farmers simply do not know that ICT tools for agriculture exist. Traditional agricultural extension services – the main channel through which farmers receive technical guidance – have limited reach in most parts of India.

Research from the India Policy Forum found that traditional extension services in India fall far short of universal coverage. When extension agents are unavailable, farmers often turn to local input dealers for advice – whose recommendations may be commercially motivated rather than scientifically sound. ICT tools are designed to fill exactly this gap, but if farmers are not aware of them, the tools remain unused.

The CEDA data underscores this point: among rural households that are offline, about 49% reported either not knowing how to use the internet or not being aware of it at all. The barrier is not infrastructure alone – it is awareness and readiness.

Strategies for overcoming ICT adoption challenges 🔗

Despite these challenges, the situation is far from hopeless. Several strategies – already being implemented at various scales – are showing promise in bridging the rural ICT divide in agriculture.

Strengthening rural digital infrastructure 🔗

Continued investment in rural broadband through projects like BharatNet, combined with expansion of 4G and 5G networks in underserved areas, is essential. Improving electricity supply through solar-powered charging stations and solar-backed telecom towers can reduce dependency on unreliable grid power. Decentralised infrastructure models – such as solar-powered village-level Wi-Fi hotspots – offer practical solutions for remote locations.

Making ICT tools affordable and accessible 🔗

Subsidised smartphones, low-cost data plans specifically for farming communities, and government-supported Common Service Centres (CSCs) in villages can lower the financial barrier. Building durable, low-maintenance devices designed for rural conditions can also reduce long-term costs.

Investing in digital literacy programs 🔗

Digital literacy efforts need to go beyond basic smartphone usage. Agriculture-focused training modules – teaching farmers how to use specific platforms like e-NAM, mKisan, or weather forecast apps – would make digital literacy directly useful. Training programs should also prioritise women and older farmers, who are typically the most underserved. Voice-based and video-based interfaces can bypass literacy barriers entirely.

Developing local-language and context-specific content 🔗

Agricultural apps and platforms must be available in regional languages and should deliver location-specific advisories. Technologies like voice assistants and Interactive Voice Response (IVR) systems – which work on basic feature phones – are already proving effective in reaching farmers with limited literacy. Initiatives like the Kisan Call Centre (KCC), where farmers can call a toll-free number and receive advice in their local language, demonstrate how low-tech solutions can effectively complement high-tech platforms.

Building trust through participatory approaches 🔗

Farmer-to-farmer learning, where early adopters demonstrate the benefits of ICT tools to their peers, is one of the most effective ways to overcome resistance. Involving local community leaders, Krishi Vigyan Kendras (farm science centres), and self-help groups in the promotion of digital tools builds credibility and trust. Transparent data privacy policies, communicated in simple terms, can also help address farmer concerns about data misuse.

Strengthening public-private partnerships 🔗

Collaboration between governments, technology companies, agricultural universities, and NGOs is essential for scaling ICT solutions. Private-sector innovation – such as AI-powered crop disease detection apps or satellite-based farm monitoring tools – becomes far more impactful when supported by public sector infrastructure and farmer outreach networks.

What do you think? Given that awareness and digital readiness are now bigger barriers than physical infrastructure, how should India rethink its approach to digital inclusion in farming communities? And can voice-based and vernacular tech solutions truly bridge the gap for the most marginalised farmers?

References

1. https://ceda.ashoka.edu.in/one-nation-many-disconnects-mapping-indias-home-internet-gaps/
2. https://forumias.com/blog/internet-connectivity-in-india-significance-challenges-explained-pointwise/
3. https://www.pib.gov.in/PressNoteDetails.aspx?NoteId=153588&ModuleId=3
4. https://ruralindiaonline.org/en/library/resource/digital-divide-india-inequality-report-2022/
5. https://www.pib.gov.in/PressReleasePage.aspx?PRID=2080854
6. https://www.indiafarm.org/agriculture/extension/ict-role-agriculture/
7. https://www.sciencedirect.com/science/article/pii/S2772375522000028
8. https://sambodhi.co.in/bridging-the-digital-divide-in-rural-india/
9. https://ideas.repec.org/a/nca/ncaerj/v14y2018i2018-1p173-240.html
10. https://journalism.university/digital-media/bridging-indias-digital-divide-innovative-initiatives/