An agnostic digital solution provides a 360-degree view of infrastructure data in real-time to identify abnormal events and reduce non-revenue water. It processes massive data streams using machine learning to generate alarms and insights. This helps manage water networks, prepare for climate risks, and optimize operations.

2. An agnostic digital solution that respects all technologies from different eras
A 360º view of infrastructure including flow, pressure, water quality, and energy consumption
Big Data solution to manage, analyse, and process complex events in real time

3. Abnormal dryness and drought are currently
affecting over 153 million people across the
United States including Puerto Rico—about
49.3% of the population
Source https://www.ncei.noaa.gov/news/us-drought-monitor-update-march-1-2022

4. When we are talking about where are the water networks, where are the valves,
where are the service connections, where are the flowmeters and the water meters,
where are the customers… or when we don’t know the material, the DN…
Without some sensing we can’t know what’s happening in the water networks below the ground...

5. For example,
don’t just replace piping
because of this or that...

6. So try to live like a river!
Forget the past and focus on the future!

9. Designed to process massive streams of heterogeneous data in real time
Transforms data into knowledge, using predictive and analytical models supported in Machine
Learning, not anticipated by human analysis or other systems like SCADAs
Dynamic dashboards
Identifies and categorizes abnormal events
Generates alarms on flow, pressure, energy consumption and water quality parameters
Conserves water, reduces time to identify losses (leaks, bursts), reduces fraud and Non-Revenue
Water, reduces energy consumption and water quality issues
Helps you to be better prepared for climate change and carbon neutrality

10. 360º view
of the Urban Water Cycle,
Identify and respond to risk
situations – extreme climate events.
Integrated and continuous
observation of indicators, events and
alarms regarding the behavior of
potable water networks, wastewater,
rainwater and energy consumption.
Water-energy nexus
Remotely operated water networks
and hydrants.
With telemetry access to the
consumption of DMA’s, large
consumers and customers.
Pre and post-paid water meters
integration.
1 2 3

11. °
View and integrated monitoring of the water
networks: potable water, wastewater and rainwater
Increase risk and climate change preparedness
From DMAs to Intelligent Operation
building new knowledge from sensors’ data
Automation.
Agnostic to Systems, and Devices manufacturers
Integrates with SCADA, and directly with IoT devices,
to create a unique operational intelligence source
Integrates with GIS, Mobile Workforce Management,
Assets Management, ERP and Billing
Promotes the operation of the network at the lowest
energy and chemicals cost.
Focus on demand-side management.
Analysis of events, alarms and external data sources,
to extract knowledge and faster informed decision-
making
Continuous monitoring of water quality parameters
Shut down if deficient water supplies occurs

13. Urban Water Cycle
Management Entity
Group responsible for managing
40 cities and 6 million consumers.

14. Water Utility
304 000 consumers
1,500 km
of network length
Private group responsible
for water management
in 40 cities
with +6 million consumers

15. Asprela I
Rua Alfredo Allan, 455
Piso 0 Sala 08
4200-135 Porto
www.wakaru.eu
Pólo Tecnológico de Lisboa
Rua Dr. António Champalimaud
Lote 1 Sala 0.1.6
1600-514 Lisboa
Portugal