Overcoming Supply Chain Constraints in Indian Agriculture

India is the world’s second-largest producer of food, holding over 11% of the world’s arable land. Yet, a significant share of what Indian farmers grow never reaches the consumer’s plate. Roughly one-third of fresh produce like fruits and vegetables is wasted every year due to inefficiencies baked into the supply chain. From fragmented market structures and inadequate cold storage to poor rural roads and too many middlemen, the agricultural supply chain in India faces deep-rooted constraints that inflate costs, reduce farmer incomes, and threaten food security. Understanding these constraints – and what can be done about them – is essential for anyone connected to the Indian agriculture sector.

Why India’s agricultural supply chains are fragmented 🔗

Unlike many developed countries where supply chains are streamlined and vertically integrated, India’s agricultural produce passes through a long chain of intermediaries before reaching the end consumer. A farmer typically sells to a local trader or commission agent at the Agricultural Produce Market Committee (APMC) mandi. From there, the produce moves to wholesalers, then to secondary wholesalers, and finally to retailers. Each intermediary adds cost and time, while the farmer’s share of the final consumer price keeps shrinking.

This fragmentation exists partly because of regulatory structures. For decades, APMC Acts in various states restricted farmers to selling only in designated local mandis. This geographic limitation meant farmers had no access to buyers in other states or cities who might have offered better prices. The result was a system where local agents and market yards dictated pricing, and farmers had little bargaining power.

The middleman problem 🔗

India’s agricultural supply chain can involve four to six intermediaries between the farmer and the consumer. Each intermediary takes a margin, and the cumulative cost is significant. A tomato farmer in Karnataka, for instance, might sell at ₹8 per kilogram at the farm gate, while the same tomato retails for ₹40-50 in a metro city. The farmer captures barely 15-20% of the final price. This multi-layered system also makes quality traceability extremely difficult – buyers in international markets and even domestic consumers increasingly demand to know where their food comes from, and the current structure makes that nearly impossible.

Smallholder dominance and its implications 🔗

Over 86% of Indian farmers are small and marginal, operating on less than two hectares. Their produce volumes are too small to justify direct access to large buyers, processing units, or export channels. This forces them to depend on local aggregators, who often offer unfavourable terms. The small scale also means individual farmers cannot invest in proper post-harvest handling, grading, or packaging – all of which are critical for accessing premium markets.

The cold storage gap: India’s costliest supply chain weakness 🔗

Inadequate cold chain infrastructure is arguably the single biggest constraint in India’s agricultural supply chain. As of 2024, India had about 8,600 cold storage facilities with a total capacity of roughly 39.4 million metric tonnes. That might sound like a lot, but there is a serious distribution problem – and a usage problem.

Uneven distribution and single-commodity focus 🔗

Cold storage capacity in India is heavily concentrated in a few states. Uttar Pradesh alone accounts for about 25% of the national capacity, while states in the northeast and many parts of central India have barely any. Moreover, around 70% of existing cold storage is used exclusively for potatoes. Multi-commodity cold storage – the kind needed for fruits, vegetables, dairy, and meat – remains rare. Many facilities were built before 2010, are single-chambered, and lack the technology to handle different temperature and humidity requirements for diverse crops.

The economic cost of inadequate cold chains 🔗

A NABCONS study commissioned by the Ministry of Food Processing Industries assessed post-harvest losses across 54 crops during 2020-22. The findings are stark: post-harvest losses for fruits ranged from about 6% to 15%, and for vegetables from roughly 5% to nearly 12%. According to a NABARD estimate, India loses 20-30% of its total agricultural production after harvest, mainly due to spoilage, poor handling, and inefficient storage and transport. In monetary terms, the annual post-harvest food loss runs into tens of thousands of crores of rupees. When farmers cannot store their produce properly, they are forced to sell immediately after harvest – often at distressed prices when markets are flooded with seasonal supply.

Transportation and logistics bottlenecks 🔗

Even where storage exists, moving agricultural produce from farms to markets remains a major challenge. Transportation infrastructure in rural India is often inadequate, and this compounds every other supply chain problem.

Poor rural road connectivity 🔗

Many rural areas still lack all-weather roads. During the monsoon season – which coincides with the harvest of several key crops – unpaved roads become impassable. This forces farmers to either wait (risking spoilage) or use expensive alternative transport. The pressure on food and agricultural supply chains from logistical constraints translates directly into higher costs and lower freshness by the time produce reaches urban consumption centres.

Lack of refrigerated transport 🔗

India has a severe shortage of reefer vehicles – trucks and vans equipped with refrigeration. While the government’s Pradhan Mantri Kisan Sampada Yojana (PMKSY) has supported the addition of around 1,482 completed reefer vehicle projects, the gap between need and availability remains large. Without refrigerated transport, perishable goods like milk, fish, leafy vegetables, and fruits deteriorate rapidly during transit, especially in India’s hot climate. The result is that a significant portion of what leaves the farm gate never makes it to the consumer in sellable condition.

Limited use of digital logistics 🔗

While urban logistics in India have embraced GPS tracking, route optimization, and real-time inventory management, agricultural logistics largely operate on traditional methods. There is minimal use of technology for tracking shipments, predicting transit times, or managing vehicle loads efficiently. This gap leads to delays, route inefficiencies, and an inability to respond quickly to demand shifts or weather disruptions.

Market access and information asymmetry 🔗

Farmers in India have historically operated with very limited information about prices in other markets, quality standards demanded by buyers, or even weather forecasts that could influence harvest timing. This information asymmetry has been one of the most persistent constraints, keeping farmers at a disadvantage in negotiations and limiting their ability to plan for better market access.

The APMC mandi system and its limitations 🔗

The traditional APMC system, while it served a purpose for decades, has become a bottleneck. Farmers are often restricted to selling in their nearest mandi, where a handful of licensed traders control the bidding process. Competition among buyers is limited, and price discovery is far from transparent. This local monopoly means that even if prices are significantly higher in a market 200 kilometres away, the farmer has no practical way to access that market.

Steps toward digital market integration 🔗

The electronic National Agriculture Market (eNAM), launched in 2016, is an important step toward solving this problem. The platform connects APMC mandis across the country into a single digital trading network. As of its latest expansion, eNAM now supports 247 agricultural commodities and has integrated over 1,400 mandis. Farmers or their representatives can upload produce details online, and buyers from across India can bid competitively. The platform supports digital payments directly to farmers’ bank accounts, which improves financial transparency.

However, eNAM’s impact has been uneven. Adoption is held back by low digital literacy among farmers, inconsistent internet connectivity in rural areas, and the fact that many states have not fully reformed their APMC Acts to allow seamless inter-state trade.

Overcoming the constraints: what is working and what more is needed 🔗

Addressing India’s agricultural supply chain challenges requires action on multiple fronts – infrastructure investment, technology adoption, policy reform, and better coordination among supply chain participants.

Expanding and modernising cold chain infrastructure 🔗

The government has taken significant steps through schemes like PMKSY and the Integrated Cold Chain and Value Addition Infrastructure scheme, which provides financial assistance of up to ₹10 crore per project for building cold chain facilities. Over 375 cold chain projects have been approved under this scheme. The Agriculture Infrastructure Fund (AIF), launched with a corpus of ₹1 lakh crore, supports farmgate infrastructure including cold storage, sorting and grading units, and warehouses. The focus now must shift to building multi-commodity cold storage that serves fruits, vegetables, dairy, and other perishables – not just potatoes – and ensuring facilities are spread across underserved regions, particularly the northeast and central India.

Farmer producer organisations (FPOs) as aggregation hubs 🔗

FPOs help small farmers overcome the disadvantage of scale. By pooling produce, FPOs can negotiate better prices with buyers, access institutional credit, invest in shared infrastructure like collection centres and small cold storage units, and even sell directly on platforms like eNAM. The government’s target of forming 10,000 new FPOs is a recognition that collective action is key to strengthening the supply chain from the bottom up.

Technology-driven solutions 🔗

Several technology solutions are showing promise in addressing supply chain inefficiencies. Platforms that connect farmers directly with retailers – bypassing multiple intermediaries – have demonstrated they can improve price realisation for farmers while reducing wastage. IoT sensors in storage facilities can monitor temperature and humidity in real time, alerting operators before spoilage occurs. Blockchain-based traceability systems are being explored for export-oriented supply chains where buyers demand transparency about the origin and handling of produce. Mobile apps that provide farmers with real-time market prices and weather forecasts help reduce information asymmetry.

The challenge, as always, is adoption. A large share of India’s farming community still has limited digital literacy and patchy internet access. Technology solutions must be designed for simplicity, affordability, and local language support to achieve scale.

Policy reforms for seamless trade 🔗

State-level APMC reforms remain critical. Until all states allow free inter-state trade in agricultural commodities without multiple licensing requirements and redundant market fees, the vision of a truly unified national market will remain incomplete. The model APMC Act and the push for states to adopt reforms enabling direct farmer-buyer transactions, warehouse-based sales, and single-point levies on market fees are all in the right direction – but progress has been slow and politically contested.

The road ahead 🔗

India’s agricultural supply chain constraints are interconnected. Fragmented markets push farmers toward middlemen. Lack of cold storage forces distress sales. Poor roads and logistics increase wastage and costs. Information asymmetry keeps farmers from accessing better prices. Solving any one of these problems in isolation yields limited results – what is needed is a coordinated approach that tackles infrastructure, technology, and policy simultaneously.

The good news is that momentum is building. Government investment in cold chain and farmgate infrastructure is at its highest levels ever. Digital platforms like eNAM are expanding their reach. Agri-tech startups are creating new direct linkages between farmers and buyers. And FPOs are giving small farmers a collective voice and market presence they have never had before.

But the scale of the challenge is enormous. India’s agriculture sector employs nearly half the country’s workforce yet contributes only about 18% to GDP. Closing the efficiency gap in the supply chain is not just an agricultural issue – it is an economic imperative that affects food prices, farmer livelihoods, and national food security.

What do you think? Can technology alone fix India’s agricultural supply chain, or are deeper structural and policy reforms the real priority? And as a consumer, how much are you willing to pay for food that is traceable, fresh, and fairly sourced from farmers?

References

1. https://www.sciencedirect.com/science/article/abs/pii/S0168169923005495
2. https://www.trade.gov/country-commercial-guides/india-food-and-agriculture-value-chain
3. https://www.sciencedirect.com/science/article/abs/pii/S036054422501299X
4. https://indiadatamap.com/2025/09/04/top-states-for-cold-storage-in-india-2025-insights/
5. https://www.pib.gov.in/PressReleasePage.aspx?PRID=2151371&reg=3&lang=2
6. https://india.mongabay.com/2025/11/solar-powered-cold-storage-empowers-smallholder-farmers/
7. https://enam.gov.in/web/
8. https://www.pib.gov.in/PressReleasePage.aspx?PRID=2176507
9. https://www.investindia.gov.in/blogs/cold-chain-infrastructure-india-and-its-future-potential