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Microservice architecture


Lean applications thanks to microservices

A microservice architecture separates an application into individual units, so-called microservices. Each microservice fulfills exactly one technical task. This prevents rigid, monolithic software systems and creates a flexible and maintainable software structure. This allows companies to react more quickly to market requirements and shorten their time-to-market.


IT & Web Björn Voß

Advantages of microservices


  • Functional decisions can be made individually for each microservice. This means that new or modified functions can be implemented perfectly on a small scale.

  • Since each microservice is operated as a completely independent module, the optimal technologies can be used for each service to meet the functional and technical requirements.

  • Quality assurance in a microservice architecture is facilitated and optimized. Each microservice is tested individually and automatically.

  • The implementation in microservices allows the execution in small special teams, which take care of one service at a time. This allows fast implementation with high flexibility.

  • A system running with a microservice architecture promises high availability and scalability, as the individual services are usually operated in clusters or a cloud platform.

  • The deployment of microservices is mostly automated using continuous delivery pipelines. During deployment, only a partial function is briefly unavailable and not the entire application.

We are your expert for microservice architectures


At codeCrafters PY, we have the necessary know-how and experience to create professional microservice architectures. We break down complex IT systems into small, modular services, enabling your company to respond quickly and agilely to new market demands.


We offer you:


  • Creation of concepts for microservice architectures for new and for the replacement of old IT systems

  • Test automation for microservices (module, load and integration tests)

  • Selection of optimal technologies for the implementation of individual microservices

  • Implementation of microservices and their start-up (e.g. in the cloud with OpenShift, Kubernetes, ...)