Digitally transforming Africa's agriculture sector
Digitally transforming Africa's agriculture sector
Microsoft, through its 4Afrika Initiative, has announced a new collaboration with the Alliance for a Green Revolution in Africa (AGRA) to co-create technology solutions in agriculture.
The collaboration was announced at the African Green Revolution Forum (AGRF) and will support AGRA's digital transformation as it works to improve food security for 30 million farming households across 11 countries by 2021.
Microsoft and AGRA will explore uses of big data and artificial intelligence "in enabling data-driven, precision farming that increases farm productivity and profitability."
The partnership will also support farmers in adopting new technologies through digital training content, develop digital skills in agriculture through an internship programme, and support policy advocacy and government engagement around the design of national agriculture digitisation strategies.
Amrote Abdella, Regional Director of Microsoft 4Afrika, said, "Agriculture is a priority sector of investment for us, not only because it sustains some 70 percent of livelihoods, but because we believe technology can significantly contribute to the transformation of the sector. Africa has a large number of farmers with varying farming practices. We believe technology can augment this knowledge to improve crop yields. Using Microsoft-enabled IOT technology, organisations like SunCulture have helped farmers increase crop yields by 300 percent, and increase income for farmers."
According to AGRA, the biggest hurdle to increasing farmer productivity in Africa today is the continued use of outdated production technologies and practices. Farmers are only likely to adopt new technologies when they are useful, affordable and available locally.
As a result, the Digitilisation of African Agriculture Report found that 90% of the market for digital services that support African smallholders remains untapped, and could be worth more than US$2.26-billion.
"We're excited to work with AGRA in building locally-relevant technology solutions that are mindful of challenges local farmers face, offering solutions to farmers and policy makers alike to deliver meaningful impact," added Abdella.
Earlier this year, Microsoft announced that its Africa Development Centre would help to advance AI innovation in agriculture, including the expansion of FarmBeats. In addition, Microsoft has supported a number of African agritech start-ups and companies, including SunCulture, Virtual City, N-Frnds and Twiga Foods.
Data positions agriculture
The potential to increase Africa's agricultural yields through the strategic use of data could place the continents' farmers at the heart of tomorrow's global economy, according to John Deere Financial.
"New technologies readily available to Africa's farmers mean that the continent is finally at the moment where Africa's vast, as-yet-unrealised, agricultural opportunity can be made relevant to capital, mechanisation and new global markets," said Antois van der Westhuizen, Managing Director: Sub Saharan Africa, John Deere Financial.
For example, John Deere has worked with ACDI/Voca, ADVANCE and USAID as well as other input providers in Ghana, to mechanise and provide fertiliser and seeds to demonstration farms aimed at improving the yield of traditional famers in the country.
"The results have been astounding," said van der Westhuizen. In some cases, "yields have increased seven-fold."
What has changed is that today farmers in Kenya and Tanzania, for example, now transacting on M-Pesa can access the formal economy by selling and buying goods online. Since these previously economically excluded farmers now have a digital footprint, "we can start getting a picture of their inputs, suppliers and costs, as well as their yields, off-takers, incomes and payments histories," added van der Westhuizen.
This data holds the key to revolutionising agriculture in Africa.
Without even having a bank account, "we now have a detailed view of the input, production and earning numbers of previously financially invisible farmers," said van der Westhuizen. With GPS technology able to provide accurate hectarage, "we can now quickly work out how certain inputs, and their cost, might be affordable to specific farmers given the increase in yield that we know these inputs will drive in that location."
In short, with just a handful of data points, the ability to provide credit to a much broader segment of Africa's farmers increases dramatically. For the first time in history all of Africa's famers are now potentially able to present the credit, expenditure, production and income records to make them bankable.
The next step will be to, "use the data from multiple farmers collectively, to develop new supply chains and markets," said van der Westhuizen.
For example, if a grain mill in Kenya requires 2000 tons of a certain crop each month and John Deere has the data on 100 farmers in that district each with the potential to produce 20 tons a month, the data can be used to build a supply chain for the mill that also provides the farmers guaranteed off-take. This data-driven view of the broader supply chain also gives John Deere Financial and other financiers the confidence to extend credit, long-lease machinery or fertilizer to these farmers, secure in the knowledge that the farmers will receive an income from the mill and be able to pay.
Moreover, "if we know that the 100 farmers have secure off-take agreements with a local mill, we can provide tractors or harvesters to start-up agricultural service companies to plough these farmer's fields and harvest their crops, only collecting payment once the farmers have been paid by the mill," van der Westhuizen continued.
Using data in this way could justify further investment in irrigation systems, beneficiation plants, canneries or other industrial investment relevant to expanding the agricultural value chain.
Taken to scale across Africa, this kind of data has the potential to make most African countries food secure, freeing up the billions in hard currency that African governments currently spend importing food. This would, "ease Africa's endemic hard currency crunches and reduce sovereign debt - releasing resources for development, infrastructure or education," said van der Westhuizen.
Given agriculture's much lower barriers to entry, farming also offers Africa far greater potential to broaden economic inclusion compared with, say, "hard currency-intensive mines which only employ a small percentage of the population, for a short time."
Since agriculture, properly managed and scientifically conducted, is more sustainable, the sector has the potential to produce food indefinitely. This offers Africa's mineral export-dependent economies the opportunity to diversify into much more sustainable exports, "with a far higher potential for beneficiation, industrialisation and economic inclusion," van der Westhuizen added.
This is all taking place in a global context in which, over time, the value of agricultural goods, especially food, is likely to increase relative to industrial products.
"African policy makers struggling to replicate the industrially-driven growth successes of many post-World War II developing economies, would do well to re-consider the vast export and development potential presented by agriculture in a food-scare and largely already industrialised world," says van der Westhuizen.
Fortunately, the technology is finally here, "for Africa's policy makers to use the new data available on Africa's farmers to place agriculture - and Africa - at the heart of tomorrow's global economy."