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Introduction

  • Startups in the agricultural technology industry in India have a lot of potential. According to a 2020 Ernst & Young study, the Indian agritech market could be worth $24 billion by 2025, but only 1% of this potential has been realized so far. The supply chain technology and output markets are the most promising segments, with a value of $12.1 billion.
  • Currently, there are approximately 600 to 700 agritech startups in India operating at different levels of the agri-value chains. These startups use advanced technologies such as artificial intelligence, machine learning, and the internet of things to improve efficiency, transparency, and inclusivity in the agricultural sector. Examples of such startups include Ninjacart, Dehaat, and Crofarm (Otipy). 
  • In addition to empowering farmers, these startups are also working with local grocery stores, small agrifood businesses, and other players in the agri-food ecosystem. This ecosystem expansion also allows startups to connect with bigger front-end players that demand bulk quality produce but have difficulty connecting with farmers directly.

Issues faced by the startups

  • Although the government has made some changes in their policies related to agriculture, there is still a lot of work to be done. Although initiatives like Digital India, Make in India, Start-up India, and Skill in India have been launched, they have not yet had a significant impact at the farm level. Many agtech firms face their own challenges, including inflexible business models that are difficult to scale up and a lack of knowledge and expertise in the field.
  • Farmers are often resistant to adopting technology, and since many farmers are small and subsistent, introducing technology to agriculture can be challenging. The supply chain management has significant gaps, and there is poor last-mile connectivity, particularly at the grassroots level. Additionally, there is a lack of investment to drive businesses. 
  • Limited traceability and visibility also affect farming companies. Agri input companies struggle with inefficient field force management and operations, and the lack of a centralized database results in significant losses along the value chain. It is essential for the government, agritech businesses, and food supply chain companies to work together to address these issues and create a transparent system that benefits all stakeholders involved, including investors, in the long run.

Measures Needed

  • The startup-FPO partnership can be further strengthened by incentivising the FPOs under the central government’s programme to add 10,000 new FPOs by 2024.
  • Collaboration across sectors: The network of agritech start-ups, incubators, accelerators and investors need to work closely with policymakers, academia, think tanks, and government departments to develop a more nuanced understanding of the dynamics of the agrifood sector.
  • This will also enable the government and policymakers to leverage the existing agritech pool and co-create solutions for shared value.
  • If policies, institutions and partnerships can harness the current momentum, the startup ecosystem can be the next-generation technology revolution in the agrifood sector.
  • Experts, agritech entrepreneurs and investors believe that new approaches and new institutions are required which can really pull farmers from lifelong penury. This can be achieved if both private and public companies work together in unison to boost the agriculture space in a massive way.
  • Skilling farmers to infuse technology in agriculture will not only lead to better agri-incomes, it will also make agriculture more efficient. Government aids are available to buy machineries and these can be made available to ensure start-ups can scale their reach to farmers.

Conclusion

As of 2019, the Indian agriculture industry was valued at $39.1 billion and is expected to make a significant contribution to the global food trade. To help farmers increase crop yield and double their income, startups are essential in harnessing technology. The integration of technology into agriculture will result in significant growth and move the sector closer to Aatmanirbhar Bharat (self-reliant India).

The document Sansad TV: Agri Startups | Current Affairs & Hindu Analysis: Daily, Weekly & Monthly - UPSC is a part of the UPSC Course Current Affairs & Hindu Analysis: Daily, Weekly & Monthly.
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FAQs on Sansad TV: Agri Startups - Current Affairs & Hindu Analysis: Daily, Weekly & Monthly - UPSC

1. What are some innovative agri startups in the agriculture industry?
Ans. Some innovative agri startups in the agriculture industry include AgriProtein, which focuses on insect farming for animal feed; Farmers Business Network, which provides data-driven insights for farmers; and Indigo Agriculture, which develops microbial solutions to improve crop health and productivity.
2. How do agri startups contribute to sustainable agriculture?
Ans. Agri startups contribute to sustainable agriculture by developing and implementing innovative technologies and practices that promote efficient resource utilization, reduce environmental impact, and improve productivity. They often focus on areas such as precision farming, agtech advancements, and alternative farming methods.
3. How can agri startups help small-scale farmers?
Ans. Agri startups can help small-scale farmers by providing them with access to technology, knowledge, and resources that were previously inaccessible or unaffordable. They often offer solutions for crop monitoring, soil analysis, market access, and financial services, empowering small-scale farmers to improve their productivity and profitability.
4. What are the challenges faced by agri startups in the agriculture industry?
Ans. Agri startups in the agriculture industry face challenges such as limited access to capital, complex regulatory environments, resistance to change from traditional farming practices, and market barriers. Additionally, they may encounter difficulties in scaling their operations, building trust among farmers, and addressing the specific needs of diverse agricultural regions.
5. How can agri startups collaborate with traditional agricultural systems?
Ans. Agri startups can collaborate with traditional agricultural systems by leveraging their innovative solutions to complement existing practices. This can be achieved through partnerships, knowledge exchange, and co-development of technologies. By integrating their expertise with traditional farming methods, agri startups can enhance overall productivity, sustainability, and resilience in the agriculture industry.
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