In this context, the main advantage offered by microservices is good support for the distributed nature of the system. The sensors are at different locations, so a centralized system is not sensible. The architecture has adapted to this fact by further dividing the system into small microservices that are distributed within the network. This enhances the exchangeability of the microservices. The microservices approach supports the technology diversity, which characterizes this system.

In this scenario, time-to-market is not as important as in the e-commerce scenario. It would also be hard to implement, as the systems are installed for different clients and cannot be easily reinstalled. However, some ideas from the continuous delivery field are used: for instance, the largely uniform installation and the central monitoring.


Microservices are a suitable architectural pattern for this scenario. The system can benefit from the fact that typical problems can be solved during implementation by established approaches from the microservices field: for example, technology complexity and platform operation.

Still, this scenario wouldn’t be immediately associated with the term “microservice.” This leads to the following conclusions:

• Microservices have a wider application than is apparent at first glance. Outside of web-based business models, microservices can solve many problems, even if those issues are very different from the ones found in web companies.

  • • Indeed, many projects from different fields have been using microservice-based approaches for some time, even if they do not call them by this name or only implement them partially.
  • • With the help of microservices, these projects can use technologies that are currently being created in the microservice field. In addition, they can benefit from the experiences of others who have worked in this field, for instance in regards to architecture.
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