YOUTH ENGAGEMENT IN DAIRY SECTOR AND ITS TRANSFORMATION IN INDIA
M.Bindu Pushpa, Assistant Professor, Department of Veterinary Public Health & Epidemiology, Institute of Veterinary Science and Animal Husbandry, Siksha ‘O’ Anusandhan, Deemed to be University, Bhubaneswar, Odisha-751030
Abstract
Dairy farming stands as a vital agricultural activity in rural India. To enhance productivity, sustainability, and animal welfare, there is a growing need to integrate innovative practices into traditional methods. This literature delves into key modern advancements adopted by young minds influencing the sector, including precision farming, automated milking systems, and eco-friendly feeding strategies. Precision farming employs technology such as sensors, IoT, and AI to monitor animal health, improve milk yield, and streamline operations. Automation in milking reduces reliance on manual labor while boosting efficiency. Environmentally conscious measures like renewable energy use, recycling of waste, and organic feeding help reduce the ecological footprint of dairy farms. Together, these innovations contribute to a more modern, efficient, and sustainable dairy farming system capable of tackling global concerns like food insecurity, climate change, and limited resources.
Key words: Innovative Dairy Farming, Agripreneurship, success stories, young minds, Stellapps
Introduction
Youth-led innovations are transforming dairy farming into a modern, tech-driven sector, moving beyond traditional, labor-intensive methods. Young agripreneurs are increasingly engaging in high-value ventures like dairy, driven by technologies such as precision feeding, robotic milking, and data analytics. These innovations boost productivity, sustainability, and animal welfare. As dairy farms of all sizes contribute to the global economy, effective farm management remains a challenge. With the world population expected to exceed 9 billion by 2050, empowering youth through access to finance, training, and mentorship is key to building a sustainable and future-ready dairy sector.
Need for Innovations in dairy
India, despite being the largest milk producer and contributing significantly to global milk output, faces a major challenge – low milk yield per animal. This high output is largely driven by animal numbers rather than productivity, leading to excessive resource use and increased environmental waste, particularly manure. Low productivity stems from factors such as inefficient breeding, poor nutrition, inadequate veterinary services, and substandard farm management. Improving per-animal yield would not only reduce the feed, water, and land required per litre of milk but also minimize waste output.
Small-scale, traditional dairy farms dominate these regions, offering significant scope for innovation. Studies indicate that farms with higher market orientation and technology adoption are the most sustainable across economic, social, and ecological dimensions Technological adoption enhances productivity, increases farmer income, reduces poverty, and improves animal protein availability. Therefore, to address current challenges, it is essential to implement improved animal husbandry practices and ensure effective transfer of technological innovations from laboratories to farms. This will help achieve higher productivity and economic efficiency in the dairy sector
Advancements in breeding
Breeding innovations have significantly improved dairy productivity. Though crossbreeding often raises concerns related to animal health and fertility, sustainable breeding focuses on
- Selecting disease-resistant
- Climate-resilient animals suited to local conditions, with native breeds
- Superior local germplasm offering long-term benefits.
Techniques like Artificial Insemination (AI) enable rapid genetic improvement and wider use of elite sires, while progeny testing evaluates bulls through their daughter’s performance. Despite challenges like high costs and low conception rates, advanced methods such as Embryo Transfer Technology (ETT), sexed semen, and hormonal synchronization further enhance reproductive efficiency and genetic gain. Cutting-edge tools like MOET, ovum pick-up, and embryo manipulation allow faster multiplication of elite stock, offering great potential for sustainable dairy development.
Adopting New feeding strategies
Feeding practices splays a crucial role in enhancing dairy productivity, as feed accounts for 60–70% of milk production costs. Cost-effective strategies include cultivating high-yielding fodder varieties like Bajra, Napier, Maize, and Sorghum on fertile lands, while drought-prone areas benefit from nutrient-rich fodder trees like Moringa and Prosopis. Technologies such as baled silage offer a practical solution for preserving green fodder, especially for small-scale farmers. Nutritional supplements like bypass protein and bypass fat improve milk yield and animal health by enhancing nutrient absorption beyond the rumen. The total mixed ration (TMR) system ensures uniform nutrient intake in every bite, improving feed efficiency. Buffers help stabilize rumen pH, particularly during dietary shifts or heat stress, preventing digestive issues. Lastly, probiotics and prebiotics support gut health, immunity, and productivity by promoting beneficial microflora.
Precision Dairy Farming (PDF) technologies improve efficiency, animal health, and milk quality through real-time data tools like sensors and automated systems. Larger farms benefit most due to challenges in manual monitoring. Adoption remains slow due to perceived costs and complexity. Collectively, these feeding techniques optimize performance, improve profitability, and contribute to sustainable dairy farming.
Upgradation of managemental practices
Management advancements in dairy farming encompass a range of practices and technologies aimed at improving animal welfare, operational efficiency and profitability. A well-designed hygienic cow shed with adequate sunlight, ventilation and protection from adverse weather conditions helps minimizing labour and allows easy expansion. Technological tools like health tracking devices helps in monitoring different parameters (Health, nutrition, behaviour, pregnancy milk production, heat detection to ensure timely AI) which helps minimising economic losses. Robotic milking machines reduce dependency on labour, maintain hygiene, and detect milk quality. BovSmart eases the most vital process as it informs the farmers about the specific time of heat & time window for insemination. Thus, this smart cattle monitoring system contributes to getting cows pregnant without missing single heat, thus adding more money in your pocket. TrackSure is the world’s first AI- powered patented and cost-effective crate management system that uniquely identifies every single crate. Each crate is assigned a unique identifier that is scanned or tagged at various checkpoints. This data is then captured and stored in the system, allowing users to track and manage crates with ease
Apart from this, efficient waste management and disposal is essential. Tools like electric incinerators, biogas plants, dung cleaning robots offers scientific and sanitary alternatives to open dumping. Finally, digital farm management software automates and integrates farm operations covering- accounting, labour, inventory, and supply chains improving overall productivity and sustainability of dairy enterprises.
Advanced tools in disease detection
Healthcare in dairy farming focus on disease prevention, productivity, and reduce dependence on antibiotics. A drop in milk yield often signals illness, and makes recovery costly especially for small farmers. In countries where endemic diseases significantly impact productivity, vaccination is a cost-effective and sustainable measure. Teat dipping after every milking with germicidal solutions like iodine-glycerine helps in preventing teat infections and mastitis. For early mastitis detection, farmers can use simple diagnostic kits like SLS paddles and BTB cards, helps minimize economic losses from subclinical infections. Lameness management, a major cause of culling is addressed through regular hoof trimming and formalin footbaths or sprays, improving mobility and overall health. Oral magnet feeding at one year of age is a preventive measure against hardware disease caused by ingestion of sharp metallic objects. These innovations collectively enhance animal well-being, productivity and profitability in a sustainable manner.
Technical solutions to avoid communication gaps
In dairy farming, Information and communication technology (ICT) enhances production, marketing and food safety. With rising consumer awareness and globalized food systems, mobile phones and internet-based platforms have become vital tools for farmers, enabling efficient decision-making and access to expert systems. Apps like Pashu Poshan and Precision Dairy Farming provide guidance on various aspects of dairy management, while portals like epashupalan.com offer real-time support. Product traceability, aided by blockchain and QR codes, allows consumers to track milk origin, handling and freshness, boosting transparency and trust. This is particularly valuable in milk production, where thorough documentation and compliance with standards ensure quality and premium pricing. However, widespread adoption is challenged by the unorganized nature of the sector. Successful example includes Stellapps, (an IIT Madras-incubated startup founded in 2011 and based in Bangalore) which is India’s first company focused on digitizing the dairy supply chain using IoT and machine learning. Through its full-stack SmartMoo™ platform, Stellapps optimizes milk production, procurement, and cold chain management by collecting real-time data via sensors in milking systems, wearables, and chilling equipment.
Next generation marketing strategies
Marketing strategies in dairy sector have transformed input access and product sales through e-commerce platforms. Business-to-Business (B2B) marketplaces now offer modern equipment and expert advisory services directly to farmers, while Business-to-Customer (B2C) platforms efficiently deliver fresh dairy products from farms to consumers doorsteps. These innovations have minimized spatial barriers, benefiting both producers and consumers.
Success stories of young entrepreneurs in dairy sector
Milking Change: How a Lawyer Built a Model Dairy Empire
Naveen Tanwar, a former lawyer, established Cowbell Dairy Farm after reading about adulterated milk in a magazine and finding poor-quality milk in his home supply. Motivated to provide pure, hygienic milk to the public, he began with two crossbred cattle, eventually expanding into a full-fledged modern dairy enterprise.
Starting with 15 crossbred cows on 10 hectares of parental land and a budget of Rs. 10 lakhs, Naveen meticulously planned, trained himself, consulted veterinary experts, and visited other farms. Over time, he scaled up to around 200 cattle, producing 1,200 liters of milk daily, which he supplies directly to 700+ families in Bikaner, bypassing middlemen.
He implemented advanced practices like machine milking, digital record-keeping, CCTV surveillance, and eco-friendly management (e.g., vermicomposting, natural habitat, heat mitigation, organic farming, and medicinal plants). His efforts created employment for 10–15 people and additional income through eco-tourism and organic products.
He now plans to establish a biogas plant, expand into integrated farming, and form a dairy cooperative. His farm is considered a model of sustainable, tech-enabled dairy entrepreneurship and has gained recognition on national television and at agricultural events.
From Steel to Sustainable: The Rise of Happy Milk
Despite belonging to a well-established steel manufacturing family, 23-year-old Mehal Kejriwal and her father often found themselves concerned about the health risks associated with consuming packaged milk, particularly due to the presence of harmful additives. Motivated to offer a healthier alternative, they launched Happy Milk, an organic dairy startup, in December 2017.
The company sources milk from over 400 home-raised cows, all of which are fed an organic diet. To ensure high standards, IoT technology is used to monitor the cows’ health and maintain milk quality and consistency. Operating from their 30-acre farm in Tumakuru, near North Bengaluru, Happy Milk produces a variety of organic dairy items such as farm-fresh milk, ghee, paneer, and curd, all packaged sustainably in glass bottles and clay pots.
Currently, Happy Milk serves around 3,000 customers and its products are available in over 80 retail outlets across Bengaluru, including well-known stores like Nature’s Basket and Food Hall.
Pure Intentions, Pure Milk: The Klimom Success Story
Allola Divya Reddy, an engineering graduate and mother of two, was determined not to give her children adulterated milk. This concern led her to establish her own dairy farm, which eventually grew into Klimom Wellness and Farm. Her entrepreneurial journey began in 2015 with the creation of a gaushala (cow shelter) after discovering that A2 milk—pure cow’s milk—is a healthier alternative.
She sourced cows from Gujarat and utilized cow dung and urine for organic farming, initially sharing the surplus milk with friends and family. As word spread about the quality of her milk, she expanded her operations into a full-fledged business. Today, Klimom delivers A2 milk in glass bottles priced at Rs 200 per litre.
Divya Reddy, a recipient of the National Gopal Ratna Award from the Government of India, has also diversified into producing ghee and A2 milk-based traditional desserts such as rasagulla, gulab jamun, srikhand, and basundi.
Challenges faced
Despite the development of numerous innovations in the dairy sector, their adoption remains limited, creating a gap between availability and actual usage. Key barriers include low socio-economic status, poor electricity and internet connectivity in rural areas, and limited awareness, knowledge, and technical skills among farmers. Factors such as education, risk orientation, and attitude significantly influence adoption behaviour. Innovation attributes like complexity, compatibility, profitability, and observability also impact farmers decisions. Additionally, lack of government support, complex insurance systems, fluctuating markets, and absence of fixed milk pricing demotivate youth participation and hinder widespread innovation adoption.
Policy Limitations in Supporting Small-Scale Dairy Farmers
Most government policies and schemes are designed for medium and large dairy farmers who have more money, knowledge, and ability to take risks. However, small and marginal farmers—who own only 2–3 animals mainly for family needs—make up the largest group in the dairy sector. These farmers often lack support, even though they are very important for the economy. Policies should focus more on helping them by improving their knowledge, skills, and confidence to adopt better and more sustainable dairy practices. In places like Northern India, policy changes have faced resistance due to conflicts between powerful and weaker groups. To solve this, the Dairy Science Park (DSP) suggested a model where universities, businesses, and the government work together to create better and fair policies for everyone.
Conclusion
Young minds are reshaping the dairy sector by introducing new ideas and technologies to improve productivity and quality. The article shows how innovation in areas like breeding, feeding, animal care, health, waste management, and marketing is helping dairy farms become more efficient and profitable. The real-life examples and success stories discussed here prove that with the right knowledge and tools, young agripreneurs can bring positive change. However, challenges still exist in spreading and adopting these innovations. To overcome these, there is a need for better support through policies, training, and guidance. By encouraging and supporting youth in adopting these modern practices, we can create a more productive, sustainable, and customer-friendly dairy industry.
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