A future-proof fleet thanks to smart technology
Introduction
HTM, the Hague Tramway Company, has taken an innovative step towards the future of public transport in The Hague, together with Unix Support Nederland (USN) and Red Hat. By implementation of edge technology in their trams and buses, HTM created a flexible and future-proof digital infrastructure. The use of Red Hat Device Edge and the Ansible Automation Platform not only offers the fleet increased reliability and efficiency but also enables cost-effective and secure operation. This project allows HTM to respond more quickly and flexibly to the operational needs of the modern mobility sector.
Project Contents
The Hague Tramway Company not only wanted to switch to electric vehicles but also to develop a digital infrastructure that would make this fleet flexible and future-proof. Therefore, the decision was made to implement Red Hat Device Edge and the Ansible Automation Platform in the vehicles' onboard computers. These technologies reduce reliance on mobile networks, increase the efficiency of updates, and improve overall system stability, which is essential for a reliable passenger experience.
USN was commissioned to handle the technical implementation, with the aim of improving operational processes and minimising manual handling, resulting in a more robust and secure solution for HTM.
Result
The project yielded significant benefits for HTM:
- Self-updating onboard computersOn-board computers can now update automatically, increasing efficiency and reducing manual intervention.
- Faster installationsThanks to Ansible Automation Platform, installations were sped up from 30 minutes to just 5 minutes.
- Reduced reliance on mobile networksUpdates can now be easily performed when the vehicles are in the depot, reducing the load on mobile networks.
- Improved safety and efficiencyThrough the integration of edge computing and container technology, the infrastructure has become more robust and secure.
- Future-proofingThe platform offers the flexibility to expand or adapt the fleet quickly and efficiently.
The combination of these improvements has not only led to lower operational costs but also to higher customer satisfaction through reliable and continuous service.
Conclusion
By collaborating with HTM and Red Hat, USN has implemented a future-proof and sustainable solution that enables The Hague's public transport fleet to operate more efficiently. With the integration of edge technology and automation, HTM has not only improved operational processes but also saved costs and increased the security of their systems. This project is an example of how technology can shape the mobility of the future and offers inspiration for other cities looking for smart and sustainable public transport solutions.
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