By seamlessly bridging the historically siloed domains of track infrastructure monitoring and rolling stock vehicle performance, HBK is enabling operators to move from simple measurements to true predictive decision-making

Traditionally, railway systems have analysed infrastructure (the tracks, tunnels, and bridges) and vehicles (the wheels, bogies, and pantographs) through isolated systems and data pools. This disjointed approach often results in overlooked maintenance flags, early component failures, and unnecessary service delays

A Connected "Sensor-to-Decision" Ecosystem

The cornerstone of HBK’s integrated strategy rests on connecting critical on-track and onboard nodes into a single, high-definition view

• Argos newLight Wayside Train Monitoring: Utilising state-of-the-art fiber-optic (FBG) sensor extensions, the Argos newLight system delivers unmatched, real-time wayside measurements. It continuously tracks critical metrics such as Weigh-in-Motion (WIM), Wheel Impact Load Detection (WILD), Out-of-Roundness (OOR), and Running Behaviour Measurement (RBM) under the most demanding physical environments
  
  
• Continuous Onboard Vehicle Performance (OOR): Unattended Onboard Train Measurement Systems monitor rolling stock health directly on active fleets, giving operators constant visibility into vehicle dynamics, wear-and-tear, and ride comfort.
  
  
• Structural Health Monitoring (SHM): HBK's high-precision physical sensors continuously track the health of tracks, tunnels, and critical bridge structures, detecting structural displacement or stress before safety is compromised
  
  
• ReliaSoft & Monitor 360 Analytical Platform: The ultimate bridge between hardware and software. High-fidelity raw data streams are compiled into Monitor 360—delivering real-time actionable intelligence

Together with ReliaSoft’s reliability engineering and asset lifecycle analysis, maintenance teams can accurately forecast failure windows and optimise fleet deployment

Empowering Operators with Precise Intelligence

"The modern railway sector cannot afford to look at vehicles and tracks in isolation," Dietmar Maicz, Country Manager Austria at HBK. "An imperfect wheel compromises track integrity, and a degraded track accelerates wheel wear. By integrating our precise fiber-optic sensor networks with AI-driven software, we empower railway owners and operators to extend asset lifespans, optimise fleet performance, and drastically reduce operational overhead."

By combining the physical accuracy of rugged fiber-optic instrumentation with deep, predictive software analytics, HBK continues to cement its reputation as the industry's ultimate partner for safe, highly efficient, and future-proof railway operations.

Learn more about HBK's complete railway condition monitoring portfolio here: https://www.hbkworld.com/en/solutions/industries/rail/argos-rail