Retrofit intelligence into existing pipelines without excavation
Know Before It Leaks
InveroSense is developing intelligent pipe liners, monitoring software, and predictive analytics designed to help infrastructure owners identify pipe health issues before they become major failures.
Millions of Pipes. Zero Visibility.
Small-diameter pipelines make up the majority, in some cases 80%, of underground municipal infrastructure.
Yet once they're rehabilitated, they're largely invisible.
Leaks. Service disruptions. Emergency repairs. Unexpected costs.
We believe infrastructure owners should be able to see problems developing before they become failures.
Existing Solutions Don't Scale Down
Most pipeline monitoring technologies were developed for large transmission pipelines and accessible infrastructure.
But much of the infrastructure beneath cities, buildings, industrial facilities, and other critical assets consists of smaller-diameter pipes—many of which are increasingly rehabilitated using trenchless methods such as CIPP.
These environments create challenges for conventional monitoring systems.
InveroSense is being designed specifically for them.
The InveroSense Solution
Instead of adding monitoring equipment after rehabilitation, InveroSense integrates sensing directly into the pipe liner itself.
The goal is to transform a passive rehabilitated pipe into an intelligent asset capable of providing condition data throughout its service life.
Embedded Sensing
Sensors integrated directly into the liner capture changes in pipe condition.
Built for Trenchless Rehabilitation
Designed around existing CIPP and inversion installation methods rather than requiring an entirely new rehabilitation process.
Continuous Visibility
Pipe-health data provides infrastructure owners with greater visibility into assets that are otherwise difficult to inspect.
Infrastructure Is Going Digital
Trenchless rehabilitation has transformed how aging pipelines are repaired by reducing excavation, disruption, and cost.
But rehabilitation still largely creates a passive asset.
We believe the next generation of infrastructure will be different.
By combining rehabilitation, embedded sensing, continuous data, and predictive analytics, InveroSense aims to turn rehabilitated pipelines into connected infrastructure that can help owners understand its own condition.
Designed for the Pipes Others Leave Behind
We designed our platform specifically for trenchless small-diameter rehabilitation
| What Infrastructure Owners Want | InveroSense | nVent | Vortex | Clock Spring | Smartpipe |
|---|---|---|---|---|---|
| Rehabilitate aging pipes | ✓ | ✓ | ✓ | ✓ | ✓ |
| Permanent infrastructure monitoring | ✓ | ✓ | Limited | ✓ | ✓ |
| Small-diameter Compatible | ✓ | — | Limited | — | Limited |
| Embedded sensing during rehabilitation | ✓ | — | — | — | Limited |
| Designed for inversion-installed liners | ✓ | — | — | — | — |
| Foundation for predictive maintenance | ✓ | Limited | — | Limited | ✓ |
Building the Future of Predictive Infrastructure
Our first focus is intelligent trenchless pipe rehabilitation.
The underlying sensing and analytics platform may ultimately extend to other difficult-to-monitor infrastructure where flexible, embedded sensing can provide valuable condition data.
But we're starting with a simple problem:
Too many pipes have to fail before their owners know something is wrong.
We think infrastructure owners should know sooner.
Help Us Build What's Next
We're looking for infrastructure owners, CIPP installers, strategic partners, and investors interested in helping bring predictive intelligence to underground infrastructure.