Iotellect - Solution

Solution Group

Industry

Smart Transportation

Transport and Logistics

PoC Duration

Iotellect Match

5-25 days

AI powered Low Code IoT/IIoT Platform

Provide end-to-end industrial and facility automation across the railroad infrastructure, along with real-time monitoring, predictive maintenance, and advanced analytics to reduce accidents, optimize scheduling, and lower maintenance costs. Improve passenger experience through timely updates, increase energy efficiency, and enable better asset and fleet management. Use an advanced IoT platform to boost security with surveillance and cybersecurity, while getting deep data visibility to enable informed decision-making. Additionally, leverage environmental benefits that arise from reduced emissions.

Iotellect is a low code IoT/IIoT platform and ecosystem that includes out-of-the-box industrial automation and digitization products, such as SCADA, BMS and BI. It allows business-oriented IoT professionals to join the solution development process by converting their Industry 4.0 knowledge directly into product features and specific value delivered to your end customers.

Build Your IoT Application

Connect Your

Railway Infrastructure

Weather stations

PLCs and IIoT gateways

Track sensors

to monitor temperature gradients, vibrations, weight, cracks, misalignments, etc.

Wheel impact load detectors

Overhead line monitoring systems

Bridge and tunnel monitoring sensors

Obstacle detectors

Track circuit systems

GPS-based train positioning systems

Balises

Positive Train Control (PTC) systems

Smart signaling systems

Traction substation equipment

IP cameras and computer vision systems

In-cab signaling equipment

Collision avoidance systems

Vendor-specific train control systems

Connect Devices

Usage of GSM-R for railway operations, enabling secure, real-time communication between trains, control centers, and staff
Communication of trains with trackside equipment and control systems to receive updates on signals, speed limits, and potential hazards, enabling automated safety responses like braking
Utilization of satellite connectivity in remote areas where ground-based communication systems are limited, ensuring continuous real-time tracking of train locations via GPS and satellite communication
Optimization of train timetables and routes based on demand, traffic conditions, and real-time operational data
Automatic control of train speeds and movements based on track conditions and signals through Positive Train Control (PTC) and Automatic Train Protection (ATP) systems
Usage of RFID tags, GPS, and tracking systems to manage and monitor rail assets, including rolling stock, spare parts, and cargo

Connectivity and Management

Low code integration with SCADA system
Low code integration with weather monitoring systems
Low code integration with signaling systems
Low code integration with Centralized Traffic Control (CTC) systems
Low code integration with Passenger Information Systems (PIS)
Low code integration with ticketing and fare collection systems
Low code integration with Geospatial Information Systems (GIS)
Low code integration with logistics and freight management systems

Integration

Analysis of patterns in equipment wear to schedule maintenance only when needed, reducing costs and downtime
Prediction of failure of components like tracks, engines, or brakes by using historical and real-time data from sensors (e.g., temperature, vibration, stress)
Assessment train load and track usage to ensure optimal allocation of trains, reducing under-utilization or overcrowding
Usage of passenger data (from ticket sales, mobile apps, and sensors) to predict peak travel times and optimize train capacity based on expected demand
Analysis of data from stations and onboard systems to manage passenger flows and prevent overcrowding, especially during peak hours
Tracking the condition and usage of trains, tracks, and infrastructure to analyze wear patterns and maximize asset lifespan
Data usage to ensure spare parts, rolling stock, and other assets are managed efficiently, reducing the cost of holding unnecessary inventory
Recommendations for optimal responses to network disruptions, such as re-routing trains, adjusting schedules, and deploying resources, to minimize impact
Tracking and analysis of travel patterns and behavior (e.g., preferred routes, ticket types) to personalize services and optimize pricing models

Analytics

Display of real-time data on train positions, track conditions, weather, and operational status across the railway network
Real-time alerts for equipment failures, safety issues, or delays are displayed prominently to allow quick responses
Interactive mapping of the entire railway network, train locations, track conditions, and asset locations in real-time
Support for visual indicators such as green for normal operations, yellow for warning, and red for critical issues make it easy to identify problems at a glance
Features for operators to zoom in to specific sections of the track or zoom out for a network-wide view, allowing for detailed inspection or high-level monitoring
Display of historical and real-time data using line charts, bar graphs, pie charts, and heatmaps to provide insight into trends such as train delays, fuel consumption, and asset health
Interfaces for controlling train speed, signal operations, and track switching directly from the control center with intuitive command buttons or drag-and-drop functionality

UI/UX

Key Features
for Your Railway Monitoring and Management Solution

Customers and Partners

System Integrators
Independent Software Vendors
Engineering Companies
Government Agencies
Original Equipment Manufacturers
Railway Enterprises

Solution Users and Developers

Dedicated low code developers
SCADA/HMI engineers
Industrial automation specialists
Railroad transportation industry professionals
Railway logistics experts

Customer success team

Community

Online training

Railway Monitoring and Management