The Khetipreneur revolution- From subsistence to service

March 2026

A silent revolution is unfolding in the dairy sector, marked by the emergence of a new archetype. This story explores how a blend of “high-tech” machinery and “high-touch” community extension is addressing India’s chronic fodder deficit while creating dignified livelihoods for rural youth and women.

In the pre-monsoon heat of Karnal, Haryana, the distinct sound of a motorcycle signals a new kind of harvest. Amarjit Singh, equipped not with a sickle or a plough, but a smartphone and a moisture meter, pulls up to a maize field. He tests a stalk, sends a photo to a WhatsApp group of three hundred farmers, and types, “Ready for baling.”

Amarjit embodies this quiet revolution transforming the Indian dairy sector. He is a Khetipreneur, a linguistic hybrid of Kheti (farming) and entrepreneurship. Unlike the traditional Annadata (food provider) who farmed primarily for subsistence, the Khetipreneur farms for value. They are decoupling fodder production from land ownership, turning waste into wealth, and proving that the path to sustainable agriculture often lies in treating agriculture as a service-oriented enterprise.

This emerging transformation did not occur overnight; rather, it has evolved from the pressing challenges faced by dairy farmers nationwide. The story of Amarjit and others like him illustrates how innovation, local entrepreneurship, and community collaboration are reshaping the way fodder is produced, processed, and delivered to farmers.

The structural crisis: Why we need entrepreneurs

To understand the importance of this emerging model, one must first confront the scale of the problem. India holds the title of the world’s largest milk producer, yet the foundation of its dairy sector remains fragile. Data from the Indian Grasslands and Fodder Research Institute (IGFRI) highlights a stark national deficit of over 35% in green fodder.

This deficit is more than a statistical concern; it manifests as a seasonal crisis in rural dairy systems. During the so-called lean periods — typically between May and July, and again during October and November — smallholder farmers experience sharp declines in milk production due to the unavailability of green fodder.

Traditionally, dairy farming followed an integrated model where farmers owned land, cultivated fodder, and fed it directly to their livestock. However, this system is increasingly under strain. With average operational landholdings shrinking below 1.08 hectares, many farmers now face a difficult choice: should scarce land be used to grow food crops such as wheat for household consumption, or fodder crops such as maize for dairy animals?

This structural constraint has created a new opportunity within the rural economy, opening the door for commercial fodder entrepreneurs who treat fodder not merely as a farm input but as a specialised agricultural product.

These entrepreneurs focus on high-biomass fodder cultivation, mechanised harvesting, and preservation technologies such as baling and silage making. In doing so, they function as decentralised “feed factories” that supply fodder to multiple farmers within a village or cluster of villages.

By decoupling fodder production from land ownership, this model allows small dairy farmers to become increasingly land-independent. Even farmers located in peri-urban areas, where grazing land has virtually disappeared, can sustain dairy production by purchasing quality fodder produced by these specialised entrepreneurs.

The “Sachet” revolution: technology meets sociology

In many ways, the rise of the Khetipreneur mirrors another transformation that once reshaped rural markets in India: the sachet revolution. Just as small, affordable sachets made products like shampoo accessible to rural consumers, fodder entrepreneurs are now breaking down bulky fodder resources into manageable, affordable units that small dairy farmers can easily access.

At the centre of this shift lies silage — fermented, high-moisture green fodder that can be preserved for long periods while retaining its nutritional quality. Although silage technology has existed for decades, its widespread adoption among small farmers was historically limited by logistical barriers. A farmer with two or three cows could rarely afford to dig and maintain a large silage pit or invest in industrial-scale fodder storage systems.

The turning point came with the introduction of the Mini Silage Baler, a machine that compresses chopped maize fodder into portable 60 to 80 kg bales and seals them with UV-protected plastic film. This innovation transformed the economics of fodder storage and distribution. In many ways, it did for fodder what shampoo sachets once did for the fast-moving consumer goods sector: it democratised access.

Under the traditional system of pit silage, farmers typically relied on low-cost pits dug in the ground. While the initial investment was minimal, this system required fodder to be consumed directly from the pit and offered little portability. Quality also varied significantly depending on management practices, and losses from spoilage — especially at the edges and upper layers — often ranged between 15 to 20 per cent. Moreover, pit silage was primarily suited for on-farm consumption and rarely entered local markets.

In contrast, modern baled silage represents a more organised and commercialised approach to fodder management. Although the machinery required, such as balers and wrapping units, demands a higher initial investment, the resulting bales are highly portable and can be transported easily across villages and districts. Once hermetically sealed, these bales can be stored for 18 to 24 months with minimal nutrient loss, and wastage is typically below 5 per cent. Most importantly, this system is designed not only for self-consumption but for a retail fodder market, supplying thousands of small dairy farmers who lack land or storage infrastructure.

For the entrepreneur, the baler effectively becomes a mobile fodder factory. For the farmer purchasing fodder, a 60 kg bale represents a manageable weekly expense that can even be transported on the back of a motorcycle. In this way, the “sachetisation” of fodder has opened up a vast bottom-of-the-pyramid market, enabling small dairy farmers to access reliable, high-quality feed while creating a viable rural enterprise model for young agri-entrepreneurs.

Box 1: Entrepreneurial journey of Shri Amarjit Singh

Amarjit’s journey began with a pivot. Like many farmers in Karnal, he initially looked at the conventional wheat paddy cropping cycle and saw limited economic opportunity. Seeking alternatives, he briefly experimented with natural farming and turmeric cultivation after visiting Kerala, hoping to identify a high-value niche crop. Yet the opportunity he eventually discovered was much closer to home. Rather than growing something exotic, Amarjit realised that the real challenge facing farmers around him was logistical: managing and preserving fodder during peak harvest periods.

The insight led him to adopt what he calls a “Silage-as-a-Service” model. Instead of cultivating fodder only for himself, Amarjit invested in baling equipment and began offering a service to neighbouring farmers. He harvests their standing maize crops and converts the highly perishable green fodder into long-shelf-life silage bales, charging a service fee. In doing so, he effectively turns scattered fields into a decentralised fodder production network.

However, Amarjit’s most powerful tool is not the baler but his smartphone. Through a WhatsApp group that connects hundreds of local farmers, he runs an informal digital extension service. Farmers regularly send photographs of their crops seeking advice on harvest timing, pest attacks, or fungal issues. By responding quickly and sharing practical field-based guidance, Amarjit has positioned himself as a trusted peer advisor.

This combination of entrepreneurship and community knowledge sharing has proven highly influential. Trust, often described as the most valuable currency in rural India, has enabled Amarjit to gradually change local practices. Today, nearly 70 percent of farmers in his cluster have adopted silage, a transformation driven not by formal extension programs alone but by the credibility and leadership of a farmer-entrepreneur working within the community.

The economics of the Khetipreneur model

For the emerging Khetipreneur model to remain viable, its success cannot depend indefinitely on subsidies or external support. The enterprise must stand on solid economic foundations. Field observations from fodder entrepreneurs across Punjab and Haryana reveal that profitability depends largely on controlling production costs while maintaining a consistent supply.

The most significant expense in silage production is the raw maize fodder itself, which typically accounts for 55 to 70 per cent of the total production cost, ranging roughly between ₹1.80 and ₹2.85 per kilogram depending on seasonal availability and local demand. Packaging materials, particularly the specialised plastic films and nets used to seal baled silage, add another ₹0.30 to ₹0.50 per kilogram. These films are often imported, making them a critical but unavoidable cost component.

Operational costs, including harvesting, machinery use, diesel, and labour, add an estimated ₹0.50 to ₹0.75 per kilogram. Small quantities of silage inoculants, essential for enhancing fermentation quality and nutritional stability, contribute approximately ₹0.15 per kilogram. Further losses occur during handling and storage, primarily due to moisture evaporation and minor weight reduction, which effectively add ₹0.60 to ₹0.80 per kilogram to the cost.

When these factors are combined, the total cost of producing one kilogram of baled silage typically ranges from ₹3.50 to ₹5.60, depending on the scale of operation and management efficiency. With market selling prices generally between ₹6 and ₹8 per kilogram, entrepreneurs can achieve a net margin of approximately ₹1 to ₹2.50 per kilogram.

At a commercial scale, these margins translate into substantial income. A single enterprise producing around 2,000 tonnes of baled silage annually can generate net profits approaching ₹30 lakh per year. Such returns rival many salaried corporate jobs, explaining the increasing number of educated rural youth entering fodder entrepreneurship.

However, profitability is heavily dependent on efficient supply chain management. Comparative field studies of dairy supply systems in regions like the Barauni and Ganga Dairy clusters indicate that entrepreneurs securing raw fodder through contract farming arrangements consistently outperform those relying on the volatile open market. By locking in prices and ensuring a stable supply, contract farming significantly reduces risk and improves overall enterprise efficiency.

Building the ecosystem

This wave of entrepreneurship did not happen in a vacuum. It was engineered by a supportive institutional ecosystem. The Technology Business Incubator (TBI) at NDRI has moved beyond the old “transfer of technology” model to an “incubation of enterprise” model. Instead of just teaching farmers how to grow maize, the institute now teaches “Commercial Silage Making” and “Starter Culture Propagation.” It runs “Student-Preneur” programs to convert dairy technology graduates into job creators. The focus has shifted from simple agronomy to business modelling, supply chain logistics, and digital marketing. Simultaneously, low-input solutions like Azolla cultivation in backyard ponds are being promoted to reduce reliance on expensive concentrates, keeping the “Low External Input” spirit alive alongside the high-tech balers.

The lesson from Karnal is clear: Food security is not just about growing grain; it is about building the logistics, processing and business models that make farming viable. The fields of India are finally yielding not just crops, but confidence.

References

IGFRI (2025). Vision 2050: Fodder Security for India. Indian Grasslands and Fodder Research Institute, Jhansi. NDRI (2024). Technological Interventions in Dairy Extension: A Practitioner’s Manual. National Dairy Research Institute, Karnal. Kaur, M. & Singh, R. (2023). “Impact of Self-Help Groups on the Socio-economic Status of Rural Women in Haryana.” Indian Journal of Dairy Science.