Kenya Plans a Five-Year Digital Overhaul of Its Water Sector

Last Updated 2 hours ago by Kenya Engineer

Kenya has invited consulting firms to express interest in designing and implementing a five-year programme intended to transform the operation of the country’s bulk and retail water-service providers.

The proposed National Water Infrastructure and Digital Utility Transformation Programme covers non-revenue-water reduction, digital transformation, infrastructure modernisation, water security, institutional strengthening, operational performance and long-term financial sustainability.

Expressions of interest closed on 12 August 2026. The programme remains at the procurement stage, meaning no implementation contract or technology platform should yet be assumed to have been selected.

The scale of the assignment is significant. Kenya is not merely seeking a new billing system or a national water dashboard. The Ministry of Water, Sanitation and Irrigation describes a sector struggling with ageing assets, fragmented information systems, high energy costs, limited digitalisation, weak asset-management practices and persistently high levels of non-revenue water.

Taken together, these problems point to something larger than a software deficiency. They reveal utilities that often do not possess a reliable physical and financial picture of the systems they operate.

The 45 per cent problem

According to recent Water Services Regulatory Board reporting, Kenya’s average non-revenue-water level remains around 45 per cent—well above the regulator’s acceptable benchmark.

Non-revenue water is the difference between the water placed into a distribution system and the volume for which a utility ultimately receives revenue. It includes physical losses from leaking pipes and overflowing reservoirs, as well as commercial losses caused by inaccurate meters, illegal connections, billing errors and authorised but unbilled consumption.

The figure is sometimes interpreted too simply. A 45 per cent loss does not necessarily mean that 45 litres out of every 100 physically leak into the ground. Some of the water may reach consumers but remain unmeasured or unbilled.

The distinction matters because the remedies differ. Pressure management and pipeline replacement can reduce physical losses, while meter replacement, customer-database cleansing and enforcement are required to address commercial losses.

A national digital programme must therefore begin by establishing credible water balances for individual utilities and, ideally, for district-metered areas within their networks. National averages are useful for policy, but they do not show where the water is being lost.

Digitalisation must follow hydraulic reality

Modern water networks can use bulk flow meters, pressure sensors, supervisory control and data-acquisition systems, smart customer meters, geographic information systems and data analytics to provide a clearer operational picture.

Pressure can be monitored across zones. Sudden changes in night flow can indicate a burst or growing leak. Reservoir levels and pump performance can be viewed remotely. Customer consumption patterns can help identify defective meters or unusual use. Maintenance teams can receive prioritised work orders rather than responding only after a major failure is reported.

But every digital layer depends on the integrity of the physical layer beneath it.

A dashboard cannot determine a reliable water balance if inlet and outlet meters are missing or uncalibrated. Artificial intelligence cannot predict pipeline failure if the utility does not know the pipe’s material, age, diameter, location and repair history. Remote monitoring adds little value if field teams lack vehicles, repair materials or authority to respond.

The correct sequence will consequently differ between utilities. A relatively mature utility may be ready for predictive analytics and advanced metering. Another may first need to map its network, verify customer connections, establish pressure zones and replace failed bulk meters.

A single technology package imposed nationally would risk digitising existing inaccuracies.

Murang’a offers an encouraging—but qualified—example

Murang’a Water and Sanitation Company has reported reducing non-revenue water from approximately 58 per cent to 24 per cent over three years.

Its experience, shared through the International Water Association, included GIS-enabled asset mapping, pressure and flow monitoring, digital customer services and the conversion of collected information into operational decisions.

That result demonstrates what digital systems can contribute. It does not show that software alone caused the improvement. Sustained leadership, network knowledge, leak repair, metering and organisational willingness to use the data were equally important.

The lesson for the national programme is that transformation should be measured through service and financial outcomes—not the number of sensors, dashboards or software licences purchased.

Interoperability could become the hidden battle

Kenya’s water sector contains many utilities operating different billing, mapping, accounting and operational systems. Some platforms are supplied by external vendors under contracts that may restrict access to source data or require continued proprietary support.

A national transformation programme will need common data standards without forcing every utility into an identical operating environment.

Customer identifiers, asset classifications, geographic coordinates, meter records, work orders and water-quality information should be transferable between authorised systems. Application programming interfaces should be documented. Utilities should retain access to their historical information even when they change vendors.

Otherwise, the programme could exchange today’s fragmented systems for tomorrow’s vendor lock-in.

Cybersecurity must also be designed into the architecture. Billing databases contain personal and financial information, while connected pumps, valves and treatment systems may affect physical operations. Access controls, audit trails, network segmentation, tested backups and incident-response procedures will be essential.

Energy efficiency belongs in the same programme

Pumping is one of the largest operating expenses for many water providers. Poorly selected pumps, worn impellers, excessive pressure and badly scheduled operations increase the electricity required to deliver every cubic metre.

Digital monitoring can reveal these inefficiencies by comparing flow, head, electricity consumption and operating time. But measurement should lead to engineering intervention: pump testing, pressure optimisation, motor replacement, variable-speed control or network reconfiguration.

The programme should adopt energy consumed per cubic metre as a core indicator for pumping systems. This would help distinguish genuine efficiency gains from situations where electricity costs fall simply because less water is being supplied.

What a credible programme should measure

The national initiative should establish a verified baseline before making performance promises. Appropriate indicators include:

• Non-revenue water by volume and percentage
• Hours of supply and pressure reliability
• Meter accuracy and customer-meter coverage
• Energy consumed per cubic metre produced
• Number and duration of pipe failures
• Billing and collection efficiency
• Time taken to identify and repair leaks
• Percentage of assets with verified location and condition data
• Availability and cybersecurity performance of operational systems

Procurement will be especially important. Technology suppliers should be paid for functional and sustained outcomes, not merely for delivering equipment.

Five years is long enough to establish a meaningful transformation, but also long enough for expensive platforms to become obsolete, unsupported or disconnected from everyday operations.

Kenya’s water utilities do need better data. They also need working meters, maintained pipelines, competent staff, reliable budgets and management systems that act on evidence.

The proposed programme will succeed if it joins these pieces together. If it treats digitalisation as a substitute for physical rehabilitation and institutional reform, Kenya may end up knowing more about its water losses without becoming much better at stopping them.