Digital Platforms

Multi-Source Data, Smarter O&M

Combines OCS inspection, imagery, point clouds, GIS and CAD for defect diagnosis, condition assessment, simulation training and AI-assisted drawing takeoff.

Digital Platform Portfolio

Intelligent OCS Inspection Data Analytics Platform

OCS INSPECTION DATA ANALYTICS

Intelligent OCS Inspection Data Analytics Platform

The platform integrates OCS geometry, 2D waveforms, 3D point clouds, high-resolution images and site video. Intelligent image processing and AI-assisted defect annotation create an end-to-end workflow from data fusion and defect diagnosis through report generation.

Core Functions

Multi-source visualization: synchronized waveforms, point-cloud scenes, high-resolution images, site video and data lists
Intelligent analysis: automatic recognition of masts, cantilever clearance points, auxiliary conductors, elastic droppers and other OCS assets
Clearance inspection: automated analysis of structure, bridge/tunnel and loading-gauge clearances
Defect assessment: analysis of unloaded registration points, tensioning-device anomalies and vegetation encroachment, with 4C image annotation

Linked visualization of multi-source data4C image defect annotationIntelligent recognition of critical assetsVegetation encroachment and structure-clearance detection

OCS Line Management and Emergency Response Platform

OCS Line Management and Emergency Response Platform view 1

OCS LINE MANAGEMENT & EMERGENCY RESPONSE

OCS Line Management and Emergency Response Platform

Built on GIS mapping and BeiDou positioning, the platform combines inspection data, 3D point clouds, CAD drawings and 4C imagery into mast-based digital records, supporting line digitization, condition assessment, visual navigation and emergency response coordination.

Core Functions

BeiDou-enabled GIS: integrates positioning and railway spatial data into a unified OCS information base
Mast-based digital records: consolidate inspection parameters, waveforms, point clouds and CAD drawings
Condition assessment: links inspection data to location for intelligent condition scoring and trend warnings
Emergency response coordination: combines live audio/video, crew tracks and historical faults to support response planning and dispatch

GIS-based mast records3D digital mappingCondition assessment and early warningEmergency response coordination

Intelligent Traction Power Simulation Platform

Intelligent Traction Power Simulation Platform view 1

INTELLIGENT POWER SIMULATION

Intelligent Traction Power Simulation Platform

Supports electrical diagram authoring, intelligent circuit interpretation and automatic operating-sequence generation. It realistically simulates energization, de-energization and safe maintenance of traction substations and overhead contact systems in a zero-risk, repeatable training environment.

Core Functions

Intelligent diagram authoring and interpretation builds a visual electrical topology
Realistic simulation of complete traction power energization and de-energization procedures
Software simulation can be linked with a physical mimic panel for synchronized virtual and hands-on training

Electrical diagram authoringEnergization and de-energization simulationSafety trainingScenario-based drills

6C Data Fusion and Analytics System view 1

6C DATA FUSION & ANALYTICS

6C Data Fusion and Analytics System

Organized around lines and mast locations, the system eliminates data silos across 1C, 3C, 4C and mobile inspection systems. It enables deep integration and automatic association of inspection waveforms, design drawings and asset data for intelligent OCS maintenance decisions.

Core Functions

Associates 1C, 3C, 4C, push-trolley inspection, 3C arcing alerts, design drawings and asset data for cross-comparison
Configurable defect rules rapidly locate out-of-limit data and link historical defects, waveforms and drawings
Automatically summarizes defects by line, maintenance workshop and work section to reveal condition trends

Multi-source data integrationDefect screeningCondition assessmentDrawing association

3D RAILWAY LINE DIGITAL TWIN

3D Railway Line Digital Twin Platform

Using equipment installation parameters, the platform automatically assembles component models into a complete 3D railway environment and synchronizes them with mast-based digital records, enabling lifecycle management from construction acceptance through operation and maintenance.

Core Functions

Automatic assembly of component models from installation parameters for rapid twin creation
High-fidelity navigation with live mast parameters, geometric dimensions and precision distance measurement
Maps equipment registers to 3D models for lifecycle asset management

3D route modelingVirtual scene navigationInspection-result associationDigital asset management

AI-Powered OCS Drawing Takeoff Platform view 1

AI DRAWING TAKEOFF

AI-Powered OCS Drawing Takeoff Platform

Built for OCS design and construction quantity takeoff, the platform uses a railway-domain AI model to parse CAD and PDF drawings, extract data and understand engineering semantics. It identifies equipment, materials, specifications, units and quantities, then generates structured bills of materials and quantity summaries.

Core Functions

Drawing parsing: browser-based CAD and PDF viewing with automatic recognition of masts, tables and annotations
Semantic extraction: links mast IDs, chainage, types, material specifications, units and quantities
Automated takeoff: generates reviewable, export-ready bills of materials and quantity summaries

Railway-domain AI understandingCAD and PDF drawing parsingStructured material extractionAutomated quantity takeoff