System integration of heterogeneous systems, databases and platforms with bidirectional data synchronization
The main objective of this project was to develop a stable and highly available solution for bidirectional data synchronization between internal and external systems. BITS GmbH was commissioned to design a comprehensive system integration that would enable data exchange between different platforms and databases. Particular attention was paid to the reliability of the solution to ensure that operations would continue seamlessly even in the event of high loads or system failures. The solution needed to offer a high level of scalability and also be flexible enough to meet future requirements.
Thanks to a powerful, cloud-based infrastructure, BITS GmbH was able to efficiently connect the different systems and create a cost-efficient and sustainable IT architecture that can be flexibly expanded. This enabled the customer to optimize processes and realize potential savings through automation. The particular advantage of the solution was that it dispensed with central data storage, which simplified the maintenance of attributes and ensured data integrity in real time.
Challenge
Various technical and organizational challenges had to be overcome as part of the project:
Realization
BITS GmbH opted for a modern and scalable architecture based on microservices and containerized applications. The following technologies and approaches were used: Technology stack and architecture: the solution was run on Azure Kubernetes Service (AKS) and consisted of containerized services managed with Docker and Kubernetes. The use of Istio Service Mesh enabled flexible, secure and transparent communication between the microservices. Bidirectional synchronization and messaging: RabbitMQ was used to reliably synchronize data between the different systems. RabbitMQ proved to be ideal for handling high message volumes and for processing time-critical data streams. Database and API management: MySQL was used to store and manage data. At the same time, NodeJS with the NestJS framework provided the API layer for communication between the services and the external systems. The front-end components were developed in Vue to provide a user-friendly interface for managing the data and systems.
Scalability and flexibility: By using the Azure cloud and containerized services, the solution could be scaled horizontally at any time and easily adapted to changing load requirements. This architecture made it possible to exchange data in real time while maximizing the scalability and reliability of the system. It also provided a flexible and efficient platform that could easily respond to future changes in the customer’s requirements.
Conclusion
The project was a complete success and set new standards in system integration and data synchronization. BITS GmbH was able to implement a flexible and scalable solution that not only provided the customer with a high level of reliability, but also significant cost savings. The key lesson learned from this project is that a lean, cloud-based architecture in conjunction with microservices and container technologies can form the ideal basis for a future-proof IT landscape. As a result, the customer was not only able to meet current requirements, but is also ideally equipped for future challenges.
Projektrollen im Überblick
Die Experten/innen der BITS übernahmen folgende Rollen in diesem Projekt.
Tools & Technologien
Folgende Tools und Technologien kamen in diesem Projekt zum Einsatz.
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