Railway Digital Transformation Built Around the Track, the Rolling Stock, and the Yard
We work across railway operations -- from track and signalling-asset condition to rolling stock, freight dispatch, and passenger services -- bringing IoT, machine vision, and automation to the specific problems railway operators actually have: infrastructure spread across hundreds of kilometers, rolling stock maintained by calendar instead of condition, and station and passenger services that still run on hold music and paper logs. This is the monitoring, data, and automation layer around railway operations -- not a certified signalling or train-control system, and not positioned as one.
The Weight of Complexity in Railway Operations
Track and infrastructure condition assessed by periodic manual inspection walks, rather than continuous monitoring, so a developing defect is caught on the next scheduled walk rather than as it happens
Rolling stock -- locomotives, coaches, wagons -- maintained on a fixed schedule instead of actual usage and condition, leading to either unnecessary servicing or an avoidable failure
Track-side signalling and telecom assets spread across hundreds of kilometers of line, where a fault is often discovered only when it causes a delay
Level crossings, depots, and restricted right-of-way areas depending on manual monitoring rather than automated detection
Traction power and station energy consumption reviewed periodically instead of managed in real time
Freight and rail dispatch -- wagon loading, weighbridge, rake formation -- coordinated manually across a high-tonnage, time-sensitive operation
Passenger and station service queries -- schedules, complaints, service requests -- handled by call centres and counters that don't share data with each other
Maintenance, inspection, and safety records for track and rolling stock kept on paper or in disconnected systems, slowing root-cause investigation after an incident
None of this is unique to any one railway network -- it's the shape of running safety-critical infrastructure across hundreds of kilometers of track. It's also exactly where we've spent our engineering time: the monitoring, data, and automation layer around railway operations, not certified signalling or train-control systems themselves.
Where We Work
Where We Work Across Railway Operations
A railway network is a chain of very different assets and operations, spread across a wide geography. Here's where this platform applies, stage by stage:
Track & Infrastructure Condition Monitoring
- Machine-vision-based track and infrastructure inspection, flagging surface defects, misalignment, or obstruction before they become a safety issue
- The same Vision AI capability already proven for conveyor, material, and asset-condition inspection in industrial operations, applied to track and right-of-way inspection
- Continuous monitoring complementing periodic manual walking inspections, rather than removing the inspection process itself
Signalling Infrastructure Monitoring & Automation
- Condition and status monitoring for track-side signalling, telecom, and power assets -- flagging a fault or degrading asset before it causes a delay or an incident
- Built as a monitoring and data-integration layer around existing, certified signalling systems -- not a replacement for certified train-control or interlocking logic, which stays with your signalling systems supplier
- Multi-vendor data integration bringing signalling and track-side asset status into the same unified view as the rest of the network
Rolling Stock & Asset Condition Monitoring
- Condition-Based Monitoring System (CBMS) tracking locomotive, coach, and wagon health, flagging degradation before it causes a failure or a forced withdrawal from service
- Maintenance scheduled by actual usage and condition, rather than a fixed calendar that either over- or under-services rolling stock
Station & Depot Safety, Security & Surveillance
- RFID and camera-based intrusion detection for depots, yards, and restricted right-of-way areas, the same safety-tech capability already proven for restricted-area access control in utility and industrial operations
- Machine-vision-based monitoring for level crossings and platform areas, flagging a hazard before it becomes an incident
Traction Power & Energy Management
- Real-time energy monitoring across traction substations and station power systems, tracking consumption against actual operational load instead of a periodic aggregate review
- The same energy-monitoring approach already proven on energy-intensive process and utility operations
Freight & Rail Dispatch Coordination
- Dispatch management coordinating wagon loading, weighbridge integration, rake formation, and gate sequencing for freight movement
- The same dispatch-coordination capability already proven for rail and truck loading in industrial logistics operations, connecting production and yard operations to what's actually moving on the network
Predictive Maintenance & Asset Lifecycle Management
- Maintenance work orders and lifecycle tracking tied to actual condition data from track, signalling-asset, and rolling stock monitoring, instead of three separate maintenance systems
- Digital workflow and checklist support for inspection and maintenance tasks, replacing paper-based records
Passenger & Station Services
- AI-based digital operator handling routine passenger queries -- schedules, fares, service status -- without a passenger waiting on hold
- Built-in complaint and service-request lifecycle management, so a passenger complaint is tracked from intake through resolution rather than lost in a call log
- Delivered through Com-One, Hailiot's enterprise communication and CRM platform, built for exactly this kind of high-volume, passenger-facing call and complaint handling
Remote & Track-Side Connectivity
- LoRa-based wireless connectivity extending monitoring to track-side sensors, signal boxes, and remote infrastructure across long linear distances, without a dedicated fibre run to every point
- Built for exactly the connectivity challenge a railway network faces -- hundreds of kilometers of infrastructure, much of it far from existing cabling
Enterprise, ERP & Unified Data Platform
- A single, time-synchronized data layer integrating track, signalling-asset, rolling stock, dispatch, and maintenance data -- across systems and vendors that were never built to share a screen
- Asset-management ERP capability tying maintenance planning and spares inventory into one system rather than a spreadsheet-driven process
Machine Vision for Track & Rolling Stock Inspection
Machine vision applies naturally to railway infrastructure, because a defect caught early -- a track irregularity, a worn component, an obstruction -- costs far less than the delay or incident it would otherwise cause. The same underlying Vision AI capability already proven for conveyor, material, and asset inspection in industrial operations extends to:
Track & Right-of-Way
Track and right-of-way defect and obstruction detection.
Rolling Stock Inspection
Rolling stock visual inspection for wear and damage.
Hazard Monitoring
Level crossing and platform hazard monitoring.
Configured to the specific inspection points and tolerances that matter for each asset, rather than a fixed, single-purpose inspection tool.
Remote Connectivity Across Long Linear Rail Networks
A railway network is about as distributed as industrial infrastructure gets -- hundreds of kilometers of track, signal boxes, and track-side assets, much of it far from existing cabling. LoRa-based wireless connectivity, already proven extending monitoring to remote and hard-to-cable industrial sites, is built for exactly this kind of long, linear geography -- connecting track-side infrastructure without requiring a dedicated fibre run to every point.
Passenger & Station Services, Powered by Com-One
A railway's passenger helpdesk faces the same call volume and complaint-tracking challenge as any large call centre -- schedule queries, service requests, and complaints that need to be logged, routed, and resolved. Com-One, Hailiot's enterprise communication and CRM platform, brings AI-based call handling and built-in complaint lifecycle management to exactly this kind of passenger-facing operation.
Built on EpsumThings
Every infrastructure, asset, and maintenance capability on this page runs on EpsumThings, Hailiot's industrial operations platform -- Unified Data Lake for multi-vendor data integration across track, signalling assets, and rolling stock, Web-SCADA for unified visibility, SCADAA for trend and deviation analytics, Vision AI for the inspection work described above, Workflow Automation for maintenance and safety workflows, and AI Agents for the next layer of autonomous decision support. This is the same platform already proven across steel, utility, and other safety-critical industrial operations -- built to extend into a railway network's track, asset, and station operations, working alongside your certified signalling systems rather than replacing them.
Why Railway Operators Work With Us
Purpose-Scoped Operational Focus
Purpose-scoped to the monitoring, data, and automation layer around railway operations -- not a certified signalling or train-control supplier, and not positioned as one.
Designed for Linear Connectivity
Connectivity designed for long, linear, distributed infrastructure -- LoRa-based track-side monitoring -- rather than assuming every point on the network already has cabling.
One Connected Platform
One platform across asset condition, safety, energy, dispatch, and passenger services, instead of a different vendor for each capability.
Confirmed Industrial Track Record
A platform with a genuine track record in safety-critical, energy-intensive industrial and utility operations, not a first deployment anywhere.
What This Changes for Railway Operations
Track, signalling-asset, and rolling stock condition visible before they become a delay or a safety incident, instead of found out on the next scheduled inspection
Maintenance scheduled by actual condition and usage, instead of a fixed calendar that either over- or under-services critical assets
Track-side infrastructure across long distances connected into one live view, instead of requiring a physical inspection walk to check status
Freight dispatch coordinated against real wagon and yard status, instead of a manual daily check
Passenger complaints and service requests tracked from intake to resolution, instead of lost in a call log
Frequently Asked Questions
No -- we are not a certified signalling supplier. What we provide is monitoring, data integration, and predictive maintenance around signalling and track-side assets, working alongside your existing certified signalling systems rather than replacing their safety logic.
Have a Question, or Still Discovering Track and Asset Issues on the Next Inspection Walk?
If a track defect, a signalling asset fault, or a rolling stock issue is something you find out about on the next scheduled inspection rather than as it develops, that's exactly the gap this platform is built to close.