30/10/26
From ticket validators and telematics units to passenger information displays, connected technology plays an increasingly important role in bus and coach operations. It provides the convenient, intuitive interfaces that today’s passengers expect, the insight needed to manage complex service schedules, and the efficiencies that support profitable operations.
The scale of technology adoption is clear. Department for Transport figures show that 96% of local buses in England accepted contactless bank-card payments in March 2025, up from 43% in 2017. Meanwhile, 99% were equipped with automatic vehicle location technology, compared with 35% in 2007. Berg Insight forecasts that the market for intelligent transport systems for buses and trams in Europe will to grow by 5.3% annually, from €2.55 billion in 2025 to €3.30 billion by 2030.
So, for operators, this technology has become essential to core activities – collecting fares, managing services and keeping passengers informed throughout the working day.
For technology manufacturers, it means their customers’ experience of a product depends more than ever on both its performance and its reliability. Equipment must work and continue to work – long after installation, across dispersed fleets and depots, and in demanding environments.
And that all turns the spotlight on technical services and support. How can manufacturers deliver installation, maintenance, upgrades and repairs around their customers’ operational priorities – while continuing to develop their core technology and products and grow their business?
The equipment behind connected bus and coach operations ranges from electronic ticketing machines, contactless payment terminals and smartcard validators to telematics devices, GPS tracking and automatic vehicle location (AVL) systems. Passenger-facing technologies include real-time passenger information (RTPI), onboard displays and audio announcements, while onboard computers, routers and gateways support connectivity and data exchange.
Across this range of equipment, the same principle applies: each device has a specific function, but it also contributes to the performance of the whole system.
A ticket validator enables a passenger to pay. An onboard display provides journey information. A telematics unit supplies data that helps an operator understand vehicle activity.
But the consequences of a device failing can reach beyond its immediate function.
So, while a hardware fault may not prevent a vehicle from running, it can still affect fare collection, passenger information or operational visibility. This in turn can create additional work for drivers, disrupt boarding, leave passengers uncertain about their journey, or hinder the effective management of the fleet.
Problems for the operator, but also for the manufacturer. Persistent faults or delays in resolving them can undermine confidence in the product, strain customer relationships and damage the manufacturer’s reputation.
Given this context, dependable service and support becomes critical, protecting both the operator’s service and the manufacturer’s standing.
No one knows connected transport technology better than its manufacturer. Delivering effective service across a growing installed base requires the resources and processes to apply that expertise wherever customers need it.
Equipment may be distributed across multiple operators, vehicles and depots. Access must fit around vehicle availability and operating schedules. Engineers need appropriate product training, technical information, tools and parts.
As deployments expand, maintaining that capability internally can become increasingly demanding. A new customer or contract may bring installations into areas where the manufacturer has limited engineering coverage. A rollout may require additional capacity for a defined period, followed by a different level of ongoing support.
A specialist technical service partner can help manufacturers meet these requirements, providing delivery capability to extend the scope, scale and reach of their own in-house product and technical teams.
Of course, effective support begins before equipment even enters service.
Configuration, installation and testing all influence how a product performs in everyday use. Consistent processes help ensure that devices are ready for their intended application and that installation issues are identified before handover.
For fleet deployments, practical coordination matters too. Equipment, engineers and vehicles need to be available at the right time, with work planned around operational requirements.
Accurate records of what has been installed, where it is located and how it is configured provide a foundation for future support. Clear handover information also helps operators report faults and access the correct assistance.
For manufacturers, well-managed deployment supports a positive first experience and reduces avoidable demands on their technical teams. Again, a specialist technical service partner is often the answer.
When equipment does develop a fault, the manufacturer needs a reliable route from the initial report to an appropriate resolution.
Technical helpdesk support can gather information, guide initial checks and establish whether an issue can be resolved remotely or requires physical intervention. Where a fault falls outside the product’s scope, clear escalation arrangements help direct it appropriately.
For hardware requiring attention, field repair, equipment exchange and workshop repair each have a role, depending on the product and agreed service model.
The effectiveness of that response depends on the supporting arrangements: trained engineers, available replacement stock, correct configuration and coordinated access. Removed equipment must also move through the appropriate repair, warranty or return process.
Delivering this support requires dedicated infrastructure, trained people and operational processes – capabilities that manufacturers must develop alongside their research, development and manufacturing operations, or access through a specialist partner.
Putting in place specialist technical services capability also gives manufacturers options beyond responding to breakdowns.
Product-appropriate preventative maintenance can help sustain performance. Planned upgrades and replacement programmes allow changes to be coordinated across an installed base. Workshop repair and spare-parts management support continued use of existing equipment.
Service records can also provide useful feedback. Recurring faults, installation issues and repair findings may help manufacturers refine technical guidance, training or product development.
To meet these challenges, the manufacturer’s service model must reflect the equipment and underlying technology, its operating environment, and the needs of the operator customers.
Qcom provides technical services and aftermarket support specifically designed to help technology manufacturers and their partners meet these challenges.
Our helpdesk, field engineering, workshop, project management and logistics capabilities help clients deploy, maintain and support their equipment.
Some businesses need comprehensive outsourced support; others require help with specific activities, locations or periods of demand. That might mean additional installation capacity, support across dispersed locations or an integrated repair and exchange process.
Our mission is simple: we go the extra mile to help the manufacturers of connected transport technology keep their products working, meet customer expectations and support business growth.
We’ll be discussing these challenges at Euro Bus Expo 2026, at the NEC Birmingham on 3–5 November. Visit Qcom on stand 608 to discuss the service and support requirements of your transport technology.
Find out more about our support for urban mobility, transport and smart city technology, or contact us for a confidential discussion about your service and support requirements.
© 2026 Qcom Technology Ltd | Privacy and Cookie Policy | Website Design by The Leader Marketing Partnership 
