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Maayan

Maayan · Cameroon

Affordable Water Intelligence for African Utilities

Maayan pairs low-cost solar sensors with AI to find water leaks and flowing unregistered taps, and to serve utilities, residents, and a government regulator portal from the same data. The sensors don't just detect leaks — they also proactively predict leak tendency well before a leak happens, from asset condition and live hydraulics.

  • AMCOW symposium innovator · 2026
  • IAHR Africa Congress · oral presentation
Maayan solar-powered pressure sensor node with an integrated solar panel, status light, and sealed cable connections
Solar-powered pressure sensor node

The problem

Africa's water is disappearing before it's billed

$800M

estimated annual continental loss (African Water Association, 40 countries)

53%

of CAMWATER's own production reported lost (Director General, 2023)

42

leaks found in a single overnight patrol, Douala, January 2025

Citizens — disproportionately women and girls — spend hours daily locating taps that are actually flowing, with no real-time information system to guide them.

The solution

Three layers, one shared data stream

Maayan solar-powered pressure sensor node with an integrated solar panel, status light, and sealed cable connections
01

Hardware

Solar-powered pressure sensor nodes, clamp-on installation, LoRaWAN communication — no SIM card, no monthly data cost.

02

AI Engine

An AI system trained on tens of thousands of simulated leak scenarios detects and localises leaks in real time. The same pressure tendencies across the network also flag illegal water consumption: a flowing unregistered tap leaves a detectable pressure signature. The sensors don't just detect leaks — they also proactively predict leak tendency well before a leak happens, combining surveyed asset condition (age, material, wall thickness) with live hydraulic stress, so crews can target the most at-risk pipes. That ranking is relative, not a calendar forecast of when a pipe will break.

03

SaaS Platform

A cloud platform serves many utilities from one system — plus a free layer that keeps residents informed, and a government and regulator portal for summary-level oversight. Operators can enter surveyed pipe records so leak-tendency ranking stays tied to the network they actually run.

Oversight

A government and regulator portal

A ministry or regulator can view a summary of what is happening across the utilities registered under their jurisdiction — a country, or a state or region — without opening each utility's operational dashboard. That summary can include how many pipes sit at high leak tendency. The portal is distinct from the utility-facing dashboard and from the citizen-facing layer. It is a third output from the same sensor data: secure, discreet, and summary-level.

How it works

From pipe pressure to a tap that works

Full walkthrough
  1. Step 1

    Step 1

    Sensor reads pressure

    A solar-powered node periodically reads water pressure in the pipe.

  2. Step 2

    Step 2

    AI flags anomaly

    The sensors don't just detect a leak or a flowing unregistered tap. They also proactively predict leak tendency well before a leak happens, from asset condition and live hydraulics.

  3. Step 3

    Step 3

    Crew gets alert

    Location, estimated size, and duration are sent to on-call operators — along with which pipes rank highest for leak tendency.

  4. Step 4

    Step 4

    Resident checks phone

    The same day, a live map, WhatsApp, or SMS shows which nearby tap is flowing.

Our network

Organisations that support Maayan

Partners and institutions standing with us as we bring affordable water intelligence to African utilities and the communities they serve.

Recognition

Milestones

AMCOW · IRC WASH

August 2026 · Kigali

Africa Water & Sanitation Systems Leadership Symposium 2026

Selected as an innovator for the symposium convened by the African Ministers' Council on Water (AMCOW), hosted by the Government of Rwanda, facilitated by IRC WASH (Kigali, August 2026).

IAHR Africa Congress

December 2026 · Kigali

7th IAHR Africa Congress 2026

Maayan's technical approach accepted for oral presentation at the 7th IAHR Africa Congress 2026 (Kigali, December 2026), hosted by the University of Rwanda.

AMCOW · IRC WASH

August 2026 · Kigali

Africa Water & Sanitation Systems Leadership Symposium 2026

Selected as an innovator for the symposium convened by the African Ministers' Council on Water (AMCOW), hosted by the Government of Rwanda, facilitated by IRC WASH (Kigali, August 2026).

IAHR Africa Congress

December 2026 · Kigali

7th IAHR Africa Congress 2026

Maayan's technical approach accepted for oral presentation at the 7th IAHR Africa Congress 2026 (Kigali, December 2026), hosted by the University of Rwanda.

AMCOW · IRC WASH

August 2026 · Kigali

Africa Water & Sanitation Systems Leadership Symposium 2026

Selected as an innovator for the symposium convened by the African Ministers' Council on Water (AMCOW), hosted by the Government of Rwanda, facilitated by IRC WASH (Kigali, August 2026).

IAHR Africa Congress

December 2026 · Kigali

7th IAHR Africa Congress 2026

Maayan's technical approach accepted for oral presentation at the 7th IAHR Africa Congress 2026 (Kigali, December 2026), hosted by the University of Rwanda.

AMCOW · IRC WASH

August 2026 · Kigali

Africa Water & Sanitation Systems Leadership Symposium 2026

Selected as an innovator for the symposium convened by the African Ministers' Council on Water (AMCOW), hosted by the Government of Rwanda, facilitated by IRC WASH (Kigali, August 2026).

IAHR Africa Congress

December 2026 · Kigali

7th IAHR Africa Congress 2026

Maayan's technical approach accepted for oral presentation at the 7th IAHR Africa Congress 2026 (Kigali, December 2026), hosted by the University of Rwanda.

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