Data-driven insights derived from satellite and ground data make scientific cultivation a reality for farmers. From farmer digitisation to meticulously planned and implemented development programs, smart farming technologies provide a solution for sustainable cultivation and improves farmer livelihoods the world over.
The world is changing, and we need to find smarter ways to sustain life without impacting the environment. Digital agriculture focuses on using data-driven insights to guide sustainable food production that is more productive and improves farmer livelihoods through a scientific method of food production. CropIn’s efforts to make agriculture sustainable for the current and future generations flow with many of the United Nations’ Sustainable Development Goals (SDG), including Goal 2: Zero Hunger, Goal 3: Good Health and Well-being, Goal 5: Gender Equality, Goal 6: Clean Water and Sanitation, Goal 8: Decent Work and Economic Growth, Goal 12: Responsible Consumption and Production, Goal 13: Climate Action, and Goal 17: Partnerships to achieve the Goal.
While several government schemes and initiatives are in place to help farmers on their digital journey, developmental agencies are integral for taking the movement to a grassroots level and implementing these programs at a farm and regional level.
Despite significant technological leaps in agriculture, a majority of the farmers, especially in developing nations, rely on traditional methods of cultivation. There is immense pressure on land and water resources as we battle the impact of climate change coupled with a growing world population. Educating farmers about the benefits of scientific cultivation and empowering them with the tools they need to combat a changing world is the first step of smart agriculture.
Climate change impacts every single aspect of cultivation. From soil and water quality to changes in weather — the role of climate variability makes traditional agriculture even more unpredictable. Using smart farming technologies to educate farmers about changes in land composition and water management equips them to cultivate smarter with lesser risk.
Farm-to-fork traceability is an increasingly relevant issue as consumers become conscious about what they consume. Farmers have to meet a number of standards to ensure their produce is marketable and fit for consumption. Having a digital footprint helps establish a system of checks and controls throughout the cultivation process so that farmers can adhere to the quality requirements and, in turn, attract a higher price for their produce.
The unpredictability of traditional agriculture makes it a less attractive sector for investment. But a lot of this has changed with smart farming technologies in agriculture. It opens up many avenues for farmers looking for credit, as well as investors searching for the right investment opportunity. Agencies working to bring the two worlds together can utilise real-time data to ensure that farmers have access to reliable and timely credit opportunities while investors get complete visibility into how their funds are being utilised.
The use of ground and satellite-based intelligence offers farmers the opportunity to limit the unpredictability of agriculture and increase productivity through smarter cultivation methods. Making farmers adopt digital technology is a slow process since they have been employing traditional methods for centuries. Showcasing a results-based approach through real-time monitoring is the only way to convince farmers of the merits of scientific cultivation.
Discover how this was made possible through CropIn’s collaboration with the Government of India and World Bank in a public-private project, which is enabling 8,000+ Indian farmers to digitally achieve climate-resilient farming across 1650+ hectares of farmland.
Developmental agencies and other NGOs that support producers to improve their crop’s quality and quantity help bring about a transformative change at a grassroots level. Digital agriculture enables them to utilise data-driven insights to guide sustainable and climate-smart food production while also ensuring increased profit margins for the smallholder farmers. CropIn’s multi-stakeholder platform also creates an environment for the development agencies to collaborate with investors and other stakeholders to provide the farmers with access to the inputs they require to boost their productivity.
Explore how a global non-governmental, humanitarian aid organisation leveraged CropIn’s agritech solution to collaborate with a global network of partners and transform the lives of smallholder farmers in Kenya.