Building a More Efficient and Sustainable Agri Sector in India

Agriculture touches almost every element of our daily lives. It is the sector that sustains human
survival and faces critical challenges from climate change, supply chains, and ever evolving
technologies that are disrupting this long-standing industry.
With ~USD 0.5 Tn Agriculture market opportunity by FY30, India is positioned really well to
strengthen its pivotal position in the global agrarian economy. It holds the second largest agricultural
land in the world, employs 43% of its workforce and is 3rd in global ranking on Agritech investment.
Industries such as Consumer packaged goods, Retail, Chemicals, e-Commerce and many more are
heavily dependent on outputs produced through Agriculture.
India is also well placed for international food supply. The ongoing conflict in Ukraine has positioned
India to take over as the wheat bowl for the world. This subsequently affected supply, scarcity, and
inflation locally. If we’re to continue supporting our population and the food needs of our export
partners, we must invest more meaningfully in agriculture, supporting the industry with the capital
and technology needs to become a global force. Reports show that Indian agricultural exports have
grown by 19.9% during 2021-22 to reach $50.2 billion. The export of wheat hit an all-time high at
$2.1 Bn in 2021-22, growing 273% from 2020-21 while other cereals registered a growth of 53% by
fetching ~$1.1 Bn in 2021-22.
4 levers are critically important to unleash the shear potential that Indian Agriculture has to offer in
the local and global economic context :

  1. Subsidies, Support and Solutions
  2. Cultivating Agritech Innovation
  3. Cracking ‘Phygital’
  4. Resolving for affordable and timely credit for farmers
    Let us spend some time understanding each of the areas in detail below.
  5. Subsidies, Support and Solutions:
    One critical lever to support farmers is through a direct benefit transfer of assistance, including
    fertiliser subsidies. Since FY’21, the fertiliser subsidy bill has almost tripled to INR 2.3 trillion in FY’23,
    and it looks set to continue rising if global hydrocarbon prices do not moderate.
    The government has been considering giving farmers subsidised fertilisers or equivalent cash on a
    per-acreage basis to curb the ongoing rise in subsidy. Direct cash transfers to the farmers’ bank
    accounts and a capping of the subsidy based on land holdings are expected to improve the scheme’s
    efficacy while generating major savings.
    Farmer groups are calling for various measures including direct benefit transfer for fertiliser subsidy
    and an increase in financial assistance under the Pradhan Mantri Kisan Samman Nidhi (PM-KISAN).
    Under the current scheme, 100 million farmers receive three equal instalments totalling INR 6,000
    annually. However, farmers believe this number should be hiked to align with the rising cost of
    living, particularly agricultural inputs. Farmers are also calling for a policy to disallow the import of
    agricultural commodities whose landed costs are below the minimum support price and thereby
    dampen domestic prices, such as edible oil and pulses.
    Other demands include increasing credit limit under the Kisan Credit Card (KCC) scheme, sufficient
    financial human resources allocation for Krishi Vigyan Kendras, and provisions to get credits for
    agricultural inputs used.

From the production standpoint, one potential solution is increasing domestic production of
soyabean, mustard, groundnut, and sunflower. As we have already seen restricted exportation of
wheat and broken rice improve domestic supply and contain inflation, further use of domestically
grown crops could reduce India’s reliance on imported goods, thereby improving price and
availability while bolstering our national resilience.
Also, it is equally important to improve the learning and development opportunities available for
farmers – both current and future talent. While we need vital infrastructure to improve how we
grow and cultivate crops, it is equally important that we upskill future generations of agricultural
workers to thrive in an increasingly fast moving and digitalised world.

  1. Cultivating Agritech Innovation
    India is fast becoming a global hub for technology, which is subsequently accelerating the pace of
    digital transformation in various industry sectors, and especially agriculture. This has also certainly
    helped our national economy avoid recession at a time of significant uncertainty and disruption.
    While India is set to become a global powerhouse in fintech and SaaS, investors and start-ups cannot
    neglect the country’s less glamorous but more critical needs, such as climate change solutions, water
    and food security, and intelligent farming solutions. As climate has direct impact on farming and
    supply chains, we must ensure that our farmers can mitigate the risks of unpredictable weather
    conditions, water scarcity, and increasing urbanisation.
    Investment in technology startups across the Indian agriculture and food sector jumped over by ~2x
    to $4.6 billion during the last fiscal on the back of higher inflow in restaurant marketplace and e-
    Grocery, according to ‘India AgriFoodTech Investment Report 2022’. Total investment in
    Agrifoodtech startups for India’s FY’22 stood at $4.6 billion, up 119 per cent from FY’21. While there
    are various Agritech solutions available for free, most are provided to users through a freemium
    model. One example is Swiss-Italian Agritech startup, xFarm Technologies, which enables agricultural
    enterprises to make data-driven decisions. The company’s platform gathers data through sensors
    installed in farmers’ fields, allowing for greater efficiency, visibility, and sustainability across supply
    chains.
    Farmers get accurate real-time insights to better understand their inputs and outputs, such as how
    much water or fertilisers they need per square metre. The platform has over 110k users in over 100
    countries and offers a freemium version to let new user test out the platform’s capabilities.
    Another freemium offering is Aquaconnect. Based in Chennai, the farm advisory solution leverages
    machine learning and satellite remote sensing technologies to improve farm productivity and market
    linkages for Indian fish and shrimp farms. From stocking to harvest, Aquaconnect offers end-to-end
    services for aquaculture farmers, providing formal credits, insurance, and offer market linkages for
    26,000 shrimp and fish farmers in Andhra Pradesh, Gujarat, and Tamil Nadu.
    Despite growing investment in Agritech solutions, not all farmers are digitally literate. While most
    have a smartphone and internet access these days, they are not aware of these technologies, or how
    to use these technology solutions to maximize value for them in terms of improving performance,
    efficiency, or price margins. The key challenge for India’s agricultural sector is creating awareness,
    helping farmers understand what is available and how they can leverage intelligent technologies
    with ongoing support and education.

Furthermore, we cannot expect struggling farmers to spend upfront for using these technology
solutions. If we are to build on agriculture’s resilience and future proof the industry from impending
risks, there must be collective effort towards educating, supporting, and empowering farmers
through the collective effort of government, industry / business models, and academia.

  1. Cracking ‘Phygital’
    ‘ Phygital ’ represents an important opportunity to further improve investment viability while
    ensuring a more seamless transition for farmers looking to digitize elements of their operations. A
    combination of physical and digital, ‘Phygital’ is about bridging the relationship between a user
    (human) and activity (company), creating a seamless and intuitive experience through a solution
    which is a hybrid of technology as well as required physical infrastructure.
    Technologies such as Artificial Intelligence (AI), precision agriculture, remote sensing, and the
    Internet of Things (IoT) provide innovative solutions to solve challenges across the agri-food value
    chain. However, their adoption is limited by long-standing dependencies on physical activities across
    the value chain.
    Phygital strategies have helped transform retail, banking, and healthcare, but more needs to be
    done for agribusiness. Creating a Phygital strategy for agribusiness or any other sector must begin
    with evaluating the customer experience gained in the last two years.
    By understanding the challenges customers face and which areas to invest in, can help inform a
    future strategy, guiding the industry towards a phygital experience that exceeds customer
    expectations. Blurring lines between physical and digital experiences in the post-COVID world is
    enhancing user experience and help companies attain sustainable business models while mitigating
    risks and costs.
    One interesting case study is Gramco Infratech. Based in Indore, the company spent good number of
    years to understand the pain points faced by the farmers at the grass-root level, created physical
    infrastructure including multiple warehouses, worked on market linkages, and is now pushing a
    technology innovation layer on top to resolve for the complexities that farmers as well as other Agri
    stakeholders face in day to day livers.
  2. Resolving for affordable and timely credit for farmers:
    Despite recording significant growth in output, investment, and employee numbers, many Indian
    farmers still need access to loans and credit for procuring agri inputs and equipment, investing in
    farming technologies, and selling produce to food companies. Furthermore, wholesalers require
    working capital to manage large quantities of produce, improve storage, and transport goods to
    retailers. For many farmers, digital transformation may require a steppingstone.
    As many other nations face declining agricultural sectors, it is important to nurture this shrinking
    industry through responsible lending and improved financial inclusion, especially in the face of
    potential food scarcity. Technology is reducing the time and resources needed to support this
    dwindling sector as digital platforms make financial support and information more accessible and
    efficient for lenders and borrowers.
    We are seeing how sustainable investment is supporting responsible innovation, particularly within
    underserviced regions and industries. Here in India, we are seeing financing for agribusiness gaining
    traction, supporting farmers who’d previously lacked the credibility and working relationships to
    secure financing from banks and lenders. As many financial-service providers did not have the

capability to assess risks involved with financing farmers, technology is helping them determine
important metrics such as yield per acre, effective underwriting at household income levers rather
than individual incomes and potential profitability based on pricing history.
Indian-made platforms such as Agribazaar and Unntai give farmers bargaining power and resources
than ever before by providing access to financial and non-financial inputs, services, and
technologies, which help reduce costs and improve efficiency across supply chains. Agribazaar is
developing solutions for crop identification and estimation using remote sensing technology,
advisory and financial services, and post-harvest intelligence for farmers.
One more interesting model is Navadhan, who has taken the ‘Phygital’ route to address the credit
gap issue for the small businesses including small rural households. The company has already
onboarded 50k+ rural MSME households in short span of operations.

Conclusion:
Agriculture is a critical industry that requires our ongoing support and development. If we are to
combat climate change while ensuring food and water security for future generations, agricultural
innovation has a pivotal role to play. Digitization and intelligent tech solutions are important
resources to unlocking efficiencies, eliminating waste, and gathering insights on how to do things
more sustainably. However, more than technology, we need ‘Phygital’ collaboration to help best
practices and ensure all regions and industries benefit from ongoing innovations.

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