Unlocking the Future of Water Management

AI-powered, real-time in-pipe leak detection & condition monitoring

Harnessing Acoustics

Precision In-Pipe Leak Detection

LWF’s advanced in-pipe fiber optic technology transforms pipelines into a dense network of acoustic sensors. By continuously capturing and analyzing sound waves, vibrations, and pressure changes, our AI-powered system distinguishes between normal flow and disruptive anomalies, pinpointing leaks, intrusions, and structural weaknesses in real time.

Unmatched Innovation

Over 50+ Patents Defining the Future of Water Monitoring

With over 50 patents securing our proprietary breakthroughs, LWF has redefined leak detection, condition monitoring, and pipeline security. Our patented AI-driven fiber optic sensing surpasses traditional solutions, ensuring ultra-high sensitivity, accuracy, and continuous and real-time insights that no other technology can match.

AI-Powered Monitoring

The LWF Advantage Over Conventional Fiber Optic Solutions

Many fiber optic-based leak detection systems that may misclassify noise, leading to false alerts and unreliable monitoring. LWF’s proprietary AI models combined with in-pipe integrated sensor network filter out background interference, recognize distinct patterns, and deliver precise condition monitoring and actionable insights; ensuring operators respond only when and where necessary.

How It Works

A One-Stop, Fully Integrated Solution

LWF’s system is an end-to-end, plug-and-play solution, eliminating the need for complex integrations. Our technology detects, locates, and identifies leaks by combining an all-in-one solution including, in-pipe fiber optics, cutting-edge sensors, state-of-the-art electronics, cloud architecture, AI models and a fully integrated user interface. Every stage of water infrastructure monitoring, from survey and mapping to detection and mitigation, is managed within a single, centralized platform.

Intelligent Leak Detection

AI-Powered Analytics and Cloud Architecture

Fully Integrated User Interface