Reduce delays and improve network performance
Deliver real-time station information to passengers
Streamlining communication and enhancing efficiency
Analyse train movements and timetable planning rules
Enhancing railway control room efficiency to reduce delays across the railway network
Running a railway network can be challenging in several different ways. Operators need information from several different sources, using multiple systems, leading to tasks being duplicated, and time wasted. Railway networks by their nature are complex, and can cover large geographical area, making it difficult to know what is happening everywhere at once. Without easy quick access to all the information needed, decisions can take time to make, which leads to further delays to the train services.
Consolidating all data sources into one easy to use UI, saving users time when looking up information and making decisions.
Providing predictive clash/conflict alerts for train services that will potentially be delaying each other – leading to better regulation decisions.
Real-time alerts, based on GPS and train movement data, that give controllers early warning signs of trains that have become delayed – leading to quicker decisions.
Utilise domain knowledge to quickly assess diversion feasibility and efficiently adjust timetables during disruptions with a live map.
Predictive stock and crew alerts for when diagrams are possibly going to be breached
Clash/conflict predictions
These alerts tell a controller when 2 or more trains will be arriving at the same location within a specified time window, giving the user an early warning as to when trains may become delayed by other trains, maximising the opportunity to take regulation action, which leads to reducing delays for passengers and minimising costs for train operators.
Service alerts
These alerts tell the controller when services are running late, have breached their sectional running time or have breached the timetabled dwell time at a booked calling stop, giving the user an early warning as to what trains are delayed and where.
Stock and crew alerts
These alerts are based on the stock and crew diagrams that are integrated into the system and tell the user when a unit or crew member will possibly breach their turnaround time, which would cause a delay to the next working service.
GPS Alerts
GPS alerts are based on the geofenced stations and tiplocs of a TOCs route and will alert the user when a train has stopped in a location it was not expected to.
Live train movement data can be viewed in real-time, alongside data imported from multiple different systems, such as GPS information, crew and stock diagrams, allocations and loading/weigh data.
It uses custom configured databases and rules to automatically suggest diversionary routes that might be available, considers track capabilities, stock type, crew skills, and compares the predicted running times of using the diversion versus waiting for the incident to be over. This greatly improves the time it takes to calculate if a diversion is possible and worthwhile, leading to quicker decisions and less delayed trains.
The incident management module gives users and easy to use wizard for recording incidents as they occur, providing the user with a list of affected trains, and a predicted incident delay time, based on the incident parameters. Incidents can also be imported in real-time from external incident logging systems via an API.
This works alongside the decision management module allows users to test and record decisions before carrying them out. Users can change calling patterns, divert services to different locations and cancel services, and mark them for approval by other stakeholders in the decision-making process.
Users can search by station or headcode or click and drag their way around an easy-to-use graphical representation of the specified routes. All trains from all TOCs are shown, and users can view which diversion routes are also available to use.
Decisions created within the system can be exported in a number of different formats in order to feed customer information channels, social media accounts, content management systems, Darwin and other standard industry systems.
Reduction in train delays, leading to reduced associated train operating company costs
Reduced operational costs, control staff can be more efficient using DST (quicker and better decisions), less new staff needed, and reduced training costs Reduced fuel costs resulting from reduced delay
Reduced train delays lead to better results in customer satisfaction surveys, resulting in increased revenue from increased usage of the railway
Reduction in carbon emissions and energy usage resulting from reduced train delays and optimised train routing
We understand that one size doesn’t fit all when it comes to rail. That’s why we offer bespoke services and customisable modules which can be mix-and-matched to ensure that your rail solutions perfectly align with your unique requirements.
We pride ourselves on our flexibility and agility, seamlessly integrating custom solutions into your project timeline and budget.
Whether you’re looking to enhance safety, improve efficiency, or optimise performance, we ensure that your railway system is tailored to meet your exact requirements.
Or alternatively, call us on 0203 011 1008
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