Next Generation

Pipeline Leak Detection, Theft Detection and Monitoring

TelemetryData — AI-enhanced multi-method pipeline monitoring that adapts, learns and continuously improves throughout the entire pipeline lifecycle.

Request a Demo Explore Modules

Comprehensive protection — all-in-one solution for maximum safety and operational reliability

AI-enhanced monitoring — increases efficiency and long-term pipeline performance

Continuously improving — adapts automatically to changing conditions over time

Flexible and scalable — modular architecture tailored to your infrastructure

What does TelemetryData pipeline monitoring include?

TelemetryData is a comprehensive pipeline monitoring solution designed to ensure maximum safety, operational reliability, and asset protection. Built to address the complex risks pipelines face — from corrosion and equipment failure to third-party interference, illegal tapping, and environmental impacts — the system combines monitoring technologies in one intelligent platform.

TelemetryData applies an AI-enhanced multi-method approach that integrates proven physics-based models, statistical pattern recognition, and real-time measurements of flow, pressure, and temperature. The system continuously learns from operational data, adapting to changing conditions and delivering precise, reliable pipeline information in real time.

This enables faster detection, accurate leak localisation, and minimal false alarms, helping operators respond immediately while maintaining full confidence in system performance.

Key Performance Metrics

30s

Detection Time

0.6%

Location Accuracy

Monitoring Modules

24/7

Real-time Analysis

Available Monitoring Modules

Tailor TelemetryData to your pipeline infrastructure — deploy the modules you need, expand when you're ready.

01 Safety

Leak Detection

Maximum sensitivity and reliability for any pipeline.

Multi-method: hydraulic modelling + AI + pattern recognition
Fast alarming even during transient conditions
Compliant with API 1130, API 1175, TRFL, CSA Z662
Precise leak rate and position information

02 Security

Theft Detection

Rapid identification and precise localisation of illegal tapping.

Real-time detection of unauthorised product removal
Wavelet-based pattern recognition
Alarming within minutes for small withdrawal volumes
Google Maps integration for field response

03 Emergency

Line Break Detection

Immediate rupture detection for maximum safety.

Instant detection with automatic emergency shutdown
Rupture Pattern Recognition for high-confidence identification
Local PLC execution, independent of network delays
API 1175 compliant

04 Intelligence

Predictive Modelling

Proactive hydraulic forecasting for safer pipeline operation.

Real-time digital twin hydraulic look-ahead
Early warning of upcoming pressure violations
What-if scenario simulation
Supports gas, liquid, hydrogen and CO₂ pipelines

05 Operations

Batch Tracking

Full transparency for multi-product pipeline operations.

Real-time tracking of batch head and tail positions
Precise ETA calculation for each batch
Slop and pure volume calculation
Prevents product contamination

06 Integrity

Tightness Monitoring

Highly sensitive verification of pipeline integrity.

Detection limits down to 0.02 l/m³/hr
For pipelines and airport hydrant systems
Compliant with TRFL, EI 1540, EI 1560, JIG 2
Automatic generation of regulatory test reports

07 Lifecycle

Stress Monitoring

Continuous analysis of load cycles and pressure violations.

Continuous monitoring based on DIN 45667 and TRFL
Real-time visualisation of stress events and cycles
Supports predictive maintenance
Long-term integrity assessment and audits

08 Maintenance

Pig Tracking

Real-time pig and scraper monitoring for safe operations.

Continuous real-time tracking along the entire pipeline
Precise ETA calculation for improved planning
Prevents stuck pigs and unplanned downtime
Coordination across maintenance and control teams

How does TelemetryData work?

A continuously improving intelligence layer over your existing pipeline infrastructure.

Comprehensive operational monitoring

TelemetryData continuously collects and analyses data to assess the condition of your pipeline and detect potential problems at an early stage — leaks, corrosion, mechanical stress or third-party interference.

Integrating and analysing data

TelemetryData integrates data from various sources including SCADA systems. By combining this data, operators gain a holistic view of pipeline operations to support informed decision-making.

Instant alarm management and reporting

When a problem is detected, TelemetryData generates immediate alarms with information about the exact location and nature of the problem, plus recommended actions.

Optimising energy efficiency

By analysing operating data continuously, TelemetryData identifies opportunities to reduce energy consumption and improve the overall performance of your pipeline infrastructure.

Industries and Applications

TelemetryData is a versatile solution for a wide range of industries on both above-ground and underground pipelines.

Oil & Gas Chemical Industry Water & Wastewater District Heating Hydrogen Networks Airport Hydrant Systems Petrochemical CO₂ Transport Deep-sea Pipelines

Frequently Asked Questions

TelemetryData's unique benefit is its comprehensive and integrated approach to pipeline monitoring, combining state-of-the-art software, advanced data analytics and user-friendly interfaces. The system not only monitors leaks, but also other critical operating parameters such as pressure, flow, temperature and structural integrity, enabling holistic pipeline monitoring. An outstanding feature is the exceptional precision and speed of leak detection — in specific cases, a detection time of 30 seconds with a location accuracy of 0.6% was achieved on a 31 km long pipeline. The modular design allows operators to expand functionality step by step as needed.

TelemetryData uses Neural Engine Pipeline Monitoring (NEPM) — next-generation technology combining advanced hydraulic modelling with pattern recognition, artificial intelligence optimisation and real-time sensor data. A dynamic hydraulic model continuously simulates a "virtual pipeline" and compares it in real time with measured data. Deviations are analysed by an AI-powered neural engine that evaluates characteristic leak signatures. This enables highly reliable leak identification even under complex transient operating conditions, while significantly reducing false alarms.

The choice of a suitable leak monitoring system must fulfil local legal requirements. TelemetryData fulfils relevant national regulations (e.g. the German TRFL) and complies with international industry standards including API 1175 for management of leak detection programmes, API 1130 for computer-aided pipeline monitoring, AB 864 and CSA Z662. The system is designed to meet regulatory expectations across multiple jurisdictions.

TelemetryData uses various wireless communication technologies to transmit data from sensors along the pipeline to the central monitoring unit. Transmission paths — including secure VPN tunnels, SHDSL, mobile radio, Radiolink and WLAN connections — are adapted to on-site conditions for flexible and cost-efficient data transmission, even in remote or difficult-to-access areas. The system can be seamlessly integrated into existing SCADA systems and relies on redundant communication paths with automatic failover.

TelemetryData is designed to make a significant contribution to sustainability. By quickly identifying and repairing leaks, the release of harmful substances into the environment is prevented, contributing to avoiding soil and water pollution. The reduction of leakages minimises the loss of valuable raw materials, which is both ecologically and economically beneficial. The system also helps operators optimise energy consumption of their pipeline infrastructure, reducing CO₂ emissions, and extends pipeline service life through continuous condition monitoring.

Ready to protect your pipeline?

Talk to our team and discover how TelemetryData can transform your pipeline operations.