Railway Infrastructure Monitoring Framework

A scalable framework to enhance the safety and security of your railway’s infrastructure. We augment your ability to glean live insights on critical issues and enable predictive maintenance for a resilient railway network.

Railway Infrastructure Monitoring Framework overview, Satellite, Autonomous Track Measurement Unit, Remote Cloud Platform, Railway Monitoring SystemRoad Network Monitoring Framework overview, Satellite, Autonomous Road Measurement Unit, Remote Cloud Platform, Road Network Monitoring System
Our live satellite data provides visibility of the geographical and climate conditions around your railroads.
Fitted on the undercarriage of your train fleet, our array of railway sensors reports any anomalies during each trip.
Both the satellite and sensor data are transmitted remotely, where our AI and ML algorithms will filter and process the data for you.
Receive predictive insights and continuous data from a centralized interface and take action immediately.

Intelligent and Integrated

The ATMU enables real-time inspection to take place under real conditions. Compact enough to be installed on existing locomotives, we augment your ability to glean live insights on any critical issues that require your immediate attention.
ApoSys Autonomous Track Measurement Unit diagram, what is needed for railway maintenance
LiDAR
Instantly generates a dense point cloud of your railways, creating a precise 3D digital twin of railway tracks to detect any structural anomalies. Accurate to the micrometer level.
Camera
High resolution and shutter speeds enhance the LiDAR’s capabilities to identify surface defects on the rail, such as deflective cross-ties, broken or missing tie plates.
GPS
Accurately pinpoints the location of railway defects.
GPR
Scans the subsurface of your railways for any abnormalities, such as fouled ballasts, water and permafrost.
Autonomous Track Measurement Unit, installed under railway vehicle, front view
Front view of ATMU installed under the train carriage
Autonomous Track Measurement Unit, installed under railway vehicle, side view
Side view of ATMU installed under the train carriage
Features of autonomous track measurement unit, camera and LiDAR sensors record live data of railway track conditions
Cameras and LiDAR sensors scan for surface level track quality
Features of autonomous track measurement unit, ground positioning radar (GPR) sensors scan the underneath of train tracks
The GPR scans the subsurface of your railways for any abnormalities, such as fouled ballasts, water and permafrost.

Features

How to integrate live data for infrastructure maintenance
Integrated Live Data
Integrated Live Data
Using ApoSys’ algorithm, the ATMU unifies data from its different sensors to provide comprehensive real-time insights.
ApoSys prepare against climate change impacts, reduce effects of infrastructure damage
Safeguard Against Climate Change
Safeguard Against Climate Change
Our data insights account for the rapidly changing climate, allowing you to extensively prepare against its effects.
Automated Predictions, create algorithms and models for long-term predictive maintenance
Automated Predictions
Automated Predictions
Using ApoSys’ algorithm, the ATMU unifies data from its different sensors to provide comprehensive real-time insights.
How to carry out maintenance safely, portable equipment
Safely Portable
Safely Portable
Your risks (and costs!) of inspectors manually conducting inspection is greatly reduced. Doing your own inspections without additional rail vehicles also saves on the wear and tear of the railway tracks.