Kenya is accelerating the digital transformation of its agricultural sector, aiming to make it easier for farmers to access essential services, identify production challenges and connect with markets.
On 2 October 2026, the Kenya News Agency reported that Agriculture and Livestock Development Cabinet Secretary Mutahi Kagwe had outlined a new push to integrate agricultural information and technology. The government said 8.9 million farmers had already been registered through systems including the Kenya Integrated Agricultural Management Information System (KIAMIS) and the Animal Identification and Traceability System.
The government’s ambition is to make agricultural support more targeted. Accurate farmer records can help authorities identify producers, organise service delivery and improve the administration of programmes involving subsidised fertiliser, certified seeds, livestock vaccination and animal identification.
A new digital centre for agriculture
During the Nairobi International Trade Fair, Kagwe announced the Kenya Agricultural and Digital Information Centre (KADEC), intended to provide a central source of agricultural information and technology.
The initiative addresses a familiar problem: farmers may need information about inputs, weather, extension services or markets, but those services are not always coordinated or delivered when they are most useful.
Kagwe highlighted the problem with a practical example, saying: “A farmer in Turkana harvests today, but the system that should support her is still fragmented.”
The government also outlined plans to use digital addressing to improve its ability to locate farmers and deliver services more efficiently.
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Drones and soil data enter the picture
Kenya’s digital agriculture push also includes drone technology through a partnership involving Fahari Aviation, a subsidiary of Kenya Airways. The technology is intended to support crop and livestock monitoring, soil analysis, precision application of agricultural inputs and the detection of pests, diseases and climate-related risks.
The government is also scaling up scientific soil testing. Kagwe said 63% of Kenya’s soils were acidic, highlighting the importance of understanding soil conditions before making decisions about fertiliser and crop management.
For farmers, better soil information could help guide fertiliser choices and identify where soil improvement measures may be needed. However, the benefit depends on access to reliable tests, understandable recommendations and suitable inputs.
Will technology reach smallholder farmers?
Digital systems can improve planning, but registration alone does not guarantee better harvests or higher incomes. Farmers also need affordable connectivity, trusted information, functioning extension services and access to inputs and markets.
The key test for Kenya will be whether these systems help farmers solve everyday problems—not simply whether more information is collected.
For agribusinesses, technology providers and agricultural service companies, the programme creates potential opportunities to develop tools that connect farmers with practical advice and services. Its long-term value will depend on implementation, accessibility and measurable results for producers.
