A future-proof fleet, thanks to smart technology
Introduction
HTM (Haagsche Tramweg Maatschappij) has taken an innovative step towards the future of public transport in The Hague, together with Unix Support Nederland (USN) and Red Hat. By implementing edge technology in its trams and buses, HTM has created a flexible, future-proof digital infrastructure. Red Hat Device Edge and the Ansible Automation Platform give the fleet greater reliability and efficiency, and also make cost-effective, secure operation possible. The project allows HTM to respond more quickly and more flexibly to the operational demands of the modern mobility sector.
About the project
HTM wanted to do more than switch to electric vehicles. It also wanted a digital infrastructure that would keep the fleet flexible and future-proof. That led to the decision to implement Red Hat Device Edge and the Ansible Automation Platform in the vehicles’ onboard computers. These technologies reduce dependence on mobile networks, make updates more efficient and improve overall system stability, all of which is essential for a reliable passenger experience.
USN was brought in to handle the technical implementation, with the goal of improving operational processes and minimising manual work, resulting in a more robust and more secure solution for HTM.
Results
The project delivered significant benefits for HTM:
- Self-updating onboard computers. Onboard computers can now update automatically, which improves efficiency and reduces manual
- Faster installations. Thanks to the Ansible Automation Platform, installation time dropped from 30 minutes to just 5.Thanks to Ansible Automation Platform, installations were sped up from 30 minutes to just 5 minutes.
- Less dependence on mobile networks.Updates can now be carried out easily while vehicles are in the depot, easing the load on mobile networks.
- Improved security and efficiency.Integrating edge computing and container technology has made the infrastructure more robust and more secure.
- Future-proofing.The platform makes it possible to expand or adapt the fleet quickly and efficiently.
Together, these improvements have lowered operational costs and raised customer satisfaction through reliable, uninterrupted service.
Conclusion
By working with HTM and Red Hat, USN has implemented a forward-looking, sustainable solution that lets The Hague’s public transport fleet operate more efficiently. Through the integration of edge technology and automation, HTM has improved its operational processes, cut costs and increased the security of its systems. The project shows how technology can shape the mobility of the future, and offers a model for other cities looking for smart, sustainable public transport solutions.
