For decades, managing land and urban development has depended on paper records, disconnected datasets and processes that make even routine decisions painfully slow. In Kisumu, that model is beginning to change.
In March 2026, the County Government of Kisumu, with support from the Food and Agriculture Organization of the United Nations (FAO) through the EU-FAO Digital Land Governance Programme, unveiled a GIS laboratory designed to strengthen digital land governance, planning and service delivery.
The facility represents an investment of approximately KSh 35 million in hardware and related infrastructure. But the significance of the project goes beyond establishing another GIS laboratory. It represents a shift in how a county can understand, manage and make decisions about its physical environment.
Putting the County on the Map
At the heart of the system is the creation of a digital spatial database containing land parcels, infrastructure and public facilities.
Kisumu has been digitising land records while georeferencing facilities such as health centres, Early Childhood Development (ECD) centres, water points and disaster-prone areas. Bringing these datasets together gives planners and county officials a clearer picture of what exists, where it exists and how different parts of the county relate to one another.
This matters because planning is fundamentally spatial. A county deciding where to build a new health facility, water point or other public infrastructure needs to understand population distribution, existing facilities, accessibility and areas of greatest need. GIS provides a framework for bringing these variables together.
As Kisumu County Executive Committee Member for Lands, Charles Konyango, explained during the launch, the system allows the county to better understand where facilities are located, how many people they serve and where additional facilities may be required.
From 60 Days to About One Week
Perhaps one of the clearest examples of the technology’s potential is in development control.
According to the county, processing a building permit that could previously take up to 60 days has been reduced to approximately one week through the GIS-enabled system. Once approvals are issued, the platform can also support the monitoring of construction progress and compliance with approved plans.
This is where GIS moves from being a mapping tool to becoming part of the county’s digital workflow. The value is not simply that a parcel appears on a screen. It is that spatial information can help an officer make decisions faster, track development more effectively and connect information that previously existed in separate places.
Planning for a More Resilient Kisumu
The platform also has applications beyond land administration.
Kisumu is particularly exposed to flooding and other environmental risks. Mapping disaster-prone areas allows county authorities to incorporate risk information into planning and preparedness, including the potential development of early-warning and response systems.
The same spatial intelligence can support infrastructure planning, agriculture, public services and revenue collection. Accurate property and development mapping, for example, can help the county identify rateable properties, track new developments and address gaps in revenue collection.
“A building permit that could take up to 60 days is now processed in about a week.” — County Government of Kisumu
The GIS laboratory is therefore becoming a shared information foundation rather than a tool belonging to a single department.
The Smart-City Connection
Perhaps the most interesting aspect of Kisumu’s investment is where it could lead next.
The county says the GIS platform is being integrated into wider smart-infrastructure initiatives, including traffic management and public safety monitoring. The system’s spatial data could support the monitoring of incidents such as traffic violations and accidents as Kisumu expands its digital management capabilities.
This points towards a broader idea of what a smart city should be. A smart city is not simply one filled with sensors and digital screens. It is a city where reliable information helps authorities understand problems, allocate resources and make better decisions. GIS provides one of the foundations for that.
A Model Beyond Kisumu
Kisumu’s GIS laboratory is part of the wider EU-FAO Digital Land Governance Programme, which supports digital land governance across Kenya. FAO says the programme is intended to strengthen land administration, improve transparency, reduce disputes and support better service delivery.
Kisumu had already been working with the programme to digitise land and physical planning records, develop its spatial plan and GIS policy, and strengthen the capacity of county staff. The county is now taking another step: making spatial information part of everyday governance. That may ultimately be the project’s greatest significance.
The future of urban governance will depend not only on how much infrastructure cities build, but also on how well they understand the places, people and resources that infrastructure is meant to serve. For Kisumu, that understanding is increasingly being built one layer of spatial data at a time.
Sources and Acknowledgements
This feature is an original editorial interpretation by Afrospatial Magazine, based on publicly available information from the Food and Agriculture Organization of the United Nations (“FAO Hands Over a GIS Lab to Kisumu County”, 16 March 2026); the County Government of Kisumu (“Kisumu County Strengthens Ties with EU/FAO Through the Digital Land Governance Programme”, 17 April 2025); Kenya News Agency (“Kisumu Rolls Out Sh35 Million GIS System to Digitise Land Governance”, 17 March 2026, by Owen Yimbo and Vallery Nyagaka); and the Government Advertising Agency / MyGov (“Kisumu Rolls Out Sh35m GIS to Boost Planning, Service Delivery”, March 2026). Institutions acknowledged: County Government of Kisumu; FAO; the European Union; and the EU-FAO Digital Land Governance Programme.
