SmartBall

Addressing the water loss 

What is Smartball?

SmartBall® is a powerfull free-swimming, non-intrusive inspection tool that helps utilities detect leaks, gas pockets, and pipeline issues—without disrupting service.

With its advanced acoustic sensor and onboard mapping tools, SmartBall travels through pressurized pipelines to deliver actionable insights for smarter infrastructure decisions. It gives operators clear, accurate data to help plan repairs and extend pipeline life.

How it works?

wrc_services_smartball_insert.4ea2f0eca1e521f0ac1bfd3be767ff47.jpg

The challenges

  • Long-distance and buried pipelines

  • Aging infrastructure

  • Increase in population/consumption

  • Unknown or Unmapped Connections

  • Improper Pressure Management

  • Ground Movement or Soil Conditions

Close-up of a stream of water flowing over a hollow metal pipe, with a blurred natural background.

Why choose Smartball?

  • High accuracy

    Equipped with a sensitive acoustic sensor, the tool is capable of detecting and pinpointing leaks with high degree of accuracy.

    The inclusion of a gyroscope, accelerometer, and magnetometer enables to track the pipeline’s path and identification of features like joints and structural changes.

    A cross-section illustration of a pipe filled with water, a blue ball inside, and water flowing out of the pipe.
  • No Service Interruption

    Provides de ability of performing uninterrupted inspections across long distances, ensuring customer service remains unaffected.

    Driven by pipeline flow, it continuously monitors acoustic signals to detect the presence of leaks and gas pockets while the pipe is in normal operation conditions.

    Three large pipelines running through a wooded area under a partly cloudy sky.
  • Prompt results

    Once the inspection is complete, the SmartBall’s data is retrieved and run through analytics software allowing to have a preliminary location of the anomalies detected.

    Further data refinement is carried out post-inspection to improve the accuracy of anomaly detection.

    Person analyzing data on a MacBook Pro laptop, showing colorful line graphs on the screen, in a conference room with blurred background.