For decades, Indian farmers had little choice in where they sold their produce. They brought their harvest to the nearest local mandi, accepted whatever price the traders offered, and paid commission to multiple middlemen along the way. The result was predictable: farmers received far less than what buyers actually paid. The National Agriculture Market, better known as e-NAM, was designed to change this – fundamentally and permanently. Launched in April 2016, it is India’s most ambitious attempt at digitizing agricultural trade and building a truly unified national market.

Table of Contents

What is e-NAM?

e-NAM (Electronic National Agriculture Market) is a pan-India electronic trading portal that networks existing Agricultural Produce Market Committee (APMC) mandis to create a unified national market for agricultural commodities. It promotes better marketing opportunities for farmers through an online competitive and transparent price discovery system, along with online payment directly into farmers’ accounts. The portal is managed by the Small Farmers’ Agribusiness Consortium (SFAC) under the Ministry of Agriculture and Farmers’ Welfare, Government of India.

A fully developed NAM was envisioned to address the deficiencies in the opaque operations of APMCs and to progressively bring in transparency, accountability, fairness, and real-time price discovery. Rather than replacing existing mandis, e-NAM integrates them into a digital ecosystem, overlaying a common software platform across the existing physical infrastructure.

Background: why e-NAM was needed

India’s pre-e-NAM agricultural marketing system was fragmented and heavily intermediated. Traders and commission agents had formed cartels, excluding competition and leaving farmers with little bargaining power on prices. A farmer in Maharashtra could not easily sell to a buyer in Delhi; they were largely bound to their local mandi. Farmers could only sell in designated local markets, often facing limited competition among buyers and consequently lower prices.

The APMC (Agricultural Produce Market Committee) system, created with good intentions in the 1960s to protect farmers, had over time become restrictive. Different states had different APMC rules, separate market fees, and separate licensing requirements – all of which created barriers to inter-state trade and enabled intermediaries to extract value at every step. The government envisioned e-NAM as a solution to create “One Nation, One Market” for agricultural commodities.

Key objectives of e-NAM

e-NAM’s goals include creating a unified market by integrating state-level APMCs into a single online trading platform, enhancing price discovery, reducing middlemen, increasing transparency through real-time price information and digital payment options, and improving quality control through standardized grading and certification. These are not just policy objectives – they directly translate into concrete features of the platform.

How e-NAM works: step by step

The process on e-NAM is straightforward. Farmers, traders, and buyers first register on the e-NAM portal or mobile app. Once registered, a farmer brings produce to the nearest e-NAM integrated mandi, where it is weighed and quality-tested through an assaying process. The produce details – quantity, grade, and quality – are uploaded onto the platform.

Buyers across India can then bid for the produce through the e-NAM mobile app or website. Farmers select the highest bid and approve the sale. Payments are transferred directly to the farmer’s bank account, ensuring secure and transparent transactions. The buyer then organizes logistics to transport the produce. The eNAM markets are proving popular because crops are weighed immediately, stock is lifted on the same day, and payments are cleared online.

Scale and reach of e-NAM

The scale of e-NAM’s integration has grown substantially since its launch. As of October 31, 2024, 1,389 mandis across 23 states and 4 Union Territories have been integrated with the e-NAM platform, with 1.78 crore farmers, 2.62 lakh traders, and more than 4,250 Farmer Producer Organizations (FPOs) registered. The agricultural produce trades with a value of โ‚น3.79 lakh crore have been recorded on the platform.

By early 2026, the platform had expanded further. New mandis continue to be added – 56 in Tamil Nadu and more in Rajasthan recently – bringing the total to over 1,473 mandis on e-NAM, with the number continuing to grow. The platform now supports 247 agricultural commodities after the recent inclusion of 9 new ones, covering grains, oilseeds, fruits, vegetables, and spices.

Pre-requisites for states joining e-NAM

Not all states could join immediately. States must implement three reforms in their APMC Act to integrate mandis with e-NAM: permit e-auction and electronic trading; issue a single trading license valid across the entire State/UT; and apply a single-point levy of market fees. These reforms were necessary to enable seamless inter-mandi and inter-state trade. The government also provided a one-time grant of up to โ‚น30 lakh per mandi for hardware, internet infrastructure, and assaying labs, with the e-NAM software provided free of cost.

Key features of the platform

Transparent price discovery

Before digitization, price information was often localized and opaque, with farmers having limited knowledge about prevailing rates in other markets. The platform now provides real-time price information from integrated mandis across the country, enabling farmers to make informed decisions about when and where to sell their produce. Historical price data also helps farmers plan their cropping patterns and marketing strategies.

Quality assaying

A major feature of e-NAM is the emphasis on standardized quality assessment. The Directorate of Marketing and Inspection (DMI) sets tradable parameters for commodities on e-NAM, which establish standardized grades or ranges, link prices to quality, and help farmers secure better value for their produce. Without quality assaying, competitive online bidding would not be reliable – buyers cannot bid accurately without knowing what they are buying.

Digital payments

Online payment is made directly to farmers’ bank accounts, eliminating cash transactions and delays. This also reduces the risk of underpayment or withholding of earnings – a common complaint under the older mandi system. Support for BHIM and UPI-based payments has made this more accessible even for farmers with basic smartphones.

Mobile app access

The e-NAM mobile app includes features like gate entry, farmers’ database, payment through mobile phones, and an MIS dashboard. The gate entry feature from the app allows farmers to complete advance gate entry on their mobile phones, reducing wait time at the mandi and making the arrival recording process more efficient. Farmers can also track real-time bidding progress for their lot directly on the app.

Role of Farmer Producer Organizations (FPOs) on e-NAM

One of the more significant recent developments has been the integration of Farmer Producer Organizations (FPOs) into the e-NAM framework. FPOs aggregate produce from multiple small farmers, creating larger trade lots that attract institutional buyers, processors, and exporters – something individual small farmers cannot easily do on their own.

FPOs aggregate member farmers’ produce at collection centres, conduct quality assaying, and create trade lots that are listed on the e-NAM platform where traders place bids. Once a transaction is finalized, payments are processed online to the FPO’s bank account, which then distributes earnings among farmer members.

As of mid-2025, 4,518 FPOs were enrolled on e-NAM, along with 1.79 crore farmers and 2.67 lakh traders, facilitating transparent trade worth โ‚น4.39 lakh crore. The FPO model has given small and marginal farmers a collective voice and market presence they simply did not have before.

Benefits of e-NAM across stakeholders

The benefits of e-NAM extend across the entire agricultural value chain:

Farmers gain access to a wider pool of buyers, real-time price transparency, and direct bank transfers. Farmers using e-NAM have reported price improvements ranging from 2-20% compared to traditional selling methods, depending on the commodity and market conditions.

Traders benefit from the ability to participate in auctions from anywhere in India without needing a physical presence at every mandi. One license for a trader is now valid across all markets in a state, and traders can access the larger national market for secondary trading.

Buyers – including large retailers, processors, and exporters – can source commodities from any mandi in India, reducing intermediation costs and improving access to quality produce.

Mandis receive technology infrastructure, free software, and support staff, enabling them to modernize operations without bearing the full cost themselves.

Challenges facing e-NAM

Despite its achievements, e-NAM faces several persistent challenges that limit its full potential.

Digital literacy and connectivity

Many small and marginal farmers, particularly in remote areas, lack the technical skills or access to reliable internet connectivity needed to fully utilize the platform. The government has addressed this through training programs and common service centers in rural areas, but bridging the digital divide remains an ongoing challenge.

Quality standardization gaps

Because there are no scientific sorting and grading facilities or quality testing devices in many mandis, the platform is not fully functioning in all states. The lack of technical knowledge at State Agricultural Departments has further slowed the establishment of grading and assaying facilities.

Inter-state trade barriers

Agricultural marketing in India is primarily a state subject, leading to variations in regulations, taxes, and procedures across different states. Some states have been more progressive in adopting e-NAM and reforming their APMC acts, while others have been slower to embrace change, limiting the platform’s full potential in creating a truly unified national market.

Resistance from intermediaries

State agricultural departments have struggled to persuade all players – including farmers, traders, and commission agents – to migrate to the online platform. Commission agents, in particular, have a significant informal role in providing farmers with credit and trust – functions that the digital platform does not yet fully replace.

The road ahead for e-NAM

The government continues to expand and upgrade the platform. Future developments include integrating more mandis, adding new commodities, and incorporating advanced technologies like artificial intelligence and blockchain for enhanced transparency and efficiency. The platform is also exploring partnerships with fintech companies to provide credit and insurance services to farmers, potentially transforming e-NAM from a simple trading platform into a comprehensive agricultural services ecosystem.

The Platform of Platforms (PoP) model launched in 2022 takes this further by enabling other digital platforms – including logistics aggregators, quality testing agencies, and warehousing networks – to integrate with e-NAM, creating a more comprehensive digital agricultural marketplace. Combined with ongoing FPO expansion and the government’s continued mandi integration drive, e-NAM is steadily moving from a pilot initiative to a transformative national infrastructure.

e-NAM represents a structural shift in how India thinks about agricultural trade – from fragmented, opaque, and intermediary-dominated markets to a transparent, competitive, and digitally connected ecosystem. The numbers tell an encouraging story: millions of registered farmers, thousands of integrated mandis, and nearly โ‚น4.4 lakh crore in recorded trade. But the real measure of success will be how consistently a small farmer in a remote district can access the same market opportunities as one near a major trading hub.

What do you think? As e-NAM continues to scale, what do you believe is the single biggest barrier preventing small and marginal farmers from fully benefiting from it – digital access, infrastructure gaps, or resistance from traditional trade networks? And should the e-NAM model be extended to cover fisheries, livestock, and forest produce to support a broader set of rural livelihoods?

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References
  1. https://enam.gov.in/web/
  2. https://sfacindia.com/FPOS.aspx
  3. https://www.pib.gov.in/PressReleaseIframePage.aspx?PRID=2086484

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Institutional Support for Agricultural Development

1 Agricultural Research, Education, and Extension in India

  1. Research in Agriculture
  2. Research Organizations in Agriculture and Allied Fields in India
  3. ICAR Research Institutes
  4. State Agricultural Universities
  5. Research Projects / Schemes of the ICAR
  6. Research by Other Institutions/Organizations
  7. Agricultural Education
  8. Agricultural Education Pre-Independence
  9. Agricultural Education Post-Independence
  10. Current Scenario
  11. Distance and Online Education
  12. Agricultural Extension
  13. Transfer of Technology Projects of the ICAR
  14. Other Projects of ICAR

2 Overview of Agricultural Extension Programmes

  1. Pre-Independence Development Efforts
  2. Post-Independence Efforts
  3. Frontline Extension Programmes
  4. National Agriculture Technology Project โ€“ Agricultural Technology Management Agency (ATMA) and National Agriculture Innovative Project (NAIP)

3 Agricultural Credit, Insurance, Warehouses, and Corporations

  1. Agricultural Credit Structure
  2. Cooperative Credit Societies
  3. Regional Rural Banks
  4. Micro-Finance
  5. Higher Financing Agencies
  6. Insurance Infrastructure
  7. Infrastructure for Warehousing and Corporations

4 Institutional Interventions in Agricultural Marketing

  1. Market Intervention
  2. Establishment of the Regulated Markets
  3. Buffer Stocks
  4. Price Intervention and Policies
  5. AGMARKNET
  6. Market-Led Extension (MLE)
  7. National Agriculture Market (eNAM)
  8. Institutional Intervention in the Development of Agricultural Marketing

5 Procurement, Storage, and Distribution of Foodgrains

  1. Fair Average Quality (FAQ) Specifications
  2. Procurement of Foodgrains
  3. Procurement of Rice
  4. Procurement of Wheat
  5. Minimum Support Price (MSP)
  6. Storage and Warehousing
  7. Buffer Stock Policy and Stock Position in Central Pool
  8. Introduction of Modern Technology in Handling of Foodgrains
  9. Foodgrains Marketing System
  10. Allocation and Offtake of Foodgrains

6 Cooperative Organizations

  1. Concept and Definition
  2. Evolution and Development of Cooperatives in India
  3. Cooperative Movement in India
  4. Cooperative Policies
  5. Different Forms of Agricultural and Rural Development Cooperatives
  6. Strategies for Successful Cooperatives

7 Management of Cooperatives

  1. Cooperative Laws and Bylaws
  2. Cooperative Structure
  3. Management of Cooperatives
  4. Typical Management Problems in Cooperatives
  5. Training Needs and Facilities
  6. Cooperative Member Education
  7. Professionalisation Needs and Facilities
  8. Democratisation of Cooperatives
  9. Monitoring and Policies

8 Self Help Group (SHG)

  1. Concept and Definitions of SHGs
  2. Characteristics of SHGs
  3. Advantages of SHGs
  4. Process of SHG Formation
  5. Micro-Finance and SHG – Bank Linkage
  6. Empowerment of Rural People through SHGs

9 Non Government Organizations in Rural Development

  1. Formation of Non Government Organizations (NGOs)
  2. Characteristics of NGOs
  3. Types of NGOs
  4. Sources of Finance
  5. Advantages of NGOs over Government Organisations (GOs)
  6. Handicaps and Weaknesses of NGOs
  7. Role of NGOs in Rural Development
  8. Government Support to NGOs in India
  9. GOs-NGOs Collaboration
  10. Important NGOs in Rural Development in India

10 Custom Hiring Center (CHC)

  1. Present Policy Interventions
  2. Rationale of Custom Hiring Centres (CHC)
  3. Starting a Model Custom Hiring Center
  4. Custom Hiring Centre: Models
  5. Custom Hiring Centre – With Combine Harvester: Financial Analysis
  6. Social, Economic and Environmental Benefits of Custom Hiring

11 Basics of Agricultural Marketing

  1. Meaning and Scope of Agricultural Marketing
  2. Role of Agricultural Marketing in Economic Development
  3. Marketing Functions
  4. Activities and Objectives of Agricultural Marketing System
  5. Marketed & Marketable Surplus of Agricultural Commodities
  6. e-Marketing

12 Input Management for the Enterprise

  1. Concept of Agricultural Marketing
  2. Recent Trends in Agricultural Marketing in India
  3. Understanding Agri-Input Market
  4. Agricultural Input Marketing
  5. Evolution of Agricultural Input Marketing
  6. The 4 P’s in Agri-Input Marketing
  7. Potential of Agri-Inputs Industries
  8. Factors Influencing Agri-Input Marketing

13 Marketing Management

  1. Key Aspects of Agricultural Marketing
  2. Necessity of Studying Agricultural Marketing
  3. Process of Marketing for Agriculture Sector
  4. Tools for Effective Marketing for Agriculture Sector
  5. Key Stakeholders for Marketing in Agriculture Sector
  6. Strategies for Marketing Management in Agriculture
  7. What is e-NAM

14 Rural Poverty Alleviation Programmes

  1. Need for Interventions to Reduce Poverty
  2. Poverty Alleviation Programs in India
  3. Strategy for Poverty Alleviation in Rural Areas
  4. Various Programs in India for Poverty Alleviation
  5. Combating Poverty: Making Anti-poverty Programs More Effective
  6. Way Forward: Strategies to Combat Poverty

15 Schemes for Agricultural Development

  1. Status of Agriculture in India
  2. Need for Agricultural Based Schemes
  3. Importance of Agri-Based Schemes and Strategies
  4. Agriculture Based Schemes
  5. Various Programs and Schemes in Agricultural Sector in India
  6. Impacts of Agricultural Schemes
  7. Analysis of Various Schemes and Programs

16 Schemes for Animal Husbandry and Fisheries

  1. Institutions Involved in Animal Husbandry and Fisheries Development
  2. Schemes of Central Government
  3. Animal Husbandry Related Schemes
  4. Fisheries Related Schemes

17 Institutions for the Development of Agriculture and Allied Sectors

  1. Present Policy Interventions
  2. Rationale
  3. Horticulture, Dairy and Fisheries Development & Promotion Boards
  4. Small Farmers Agribusiness Consortium (SFAC)
  5. Agri Markets & Commodity Development Institutes
  6. Export Development and Promotion Institutes