Integration of an e-commerce system for Tubądzin

tubądzin
  • Client
    • Tubądzin
  • Scope of work
    • IT systems integration
  • Technologies
    • Mule ESB
    • Rabbit MQ
    • PHP
    • Phing
    • Supervisor

For Tubądzin, one of the leading Polish producers of ceramic tiles, we have integrated IT architecture with an e-commerce system.

The main requirement of this project was to design an architecture that meets customer requirements for speed of data import and accelerates the operation of B2B applications.

In brief

  • We automated the exchange of information between systems and improved the aesthetics of the final presentation of accounts created for the user.
  • We have created an intermediate layer that allows the use of service-oriented architecture.
  • We have provided new possibilities enabling the administration of the visual layer by administrators and improving the monitoring of processes related to data import and export.
  • Thanks to the use of verification mechanisms for sent data, we have increased the system's efficiency, and the use of a queue system has improved its reliability.
tubadzin2

Integration of e-commerce system with IT architecture

Following an analysis of customer needs, we decided to implement the Mule ESB data bus. It allows the use of the SOA (service-oriented architecture) concept. The use of the bus in the client’s system allowed us to isolate the end applications from the ERP system, while the only point of contact with the system is the Mule application, which significantly increases the security of processed data. The final applications contact the ERP system through Web Services issued via a data bus.

TDD (Test-driven development) – the project was implemented in accordance with the TDD software development technique, which involves writing automatic tests to check a given functionality before it is created. After the functionality implementation, we run the written test and expect a succesful performance.

DDD (Domain-driven design) – when designing the integration architecture, we put special emphasis on defining objects and system components to reflect reality. Only after such analysis did we proceed to technical implementation of individual system functionalities.

ESB MULE – to meet customer expectations regarding efficient order and invoice handling, we used the Mule ESB data bus, which allowed us to isolate processes responsible for importing / exporting data from end applications. Using the bus by other systems included in the customer’s information system does not burden the processes performed by the e-commerce application; what is more, integration with another module / system can be ensured at any time without interfering with existing business processes.

RABBIT MQ – we used the Rabbit MQ queuing mechanism to implement the system. In this mechanism we can distinguish producers who provide messages and consumers who download these messages. In most cases, in the implemented system, the producer is the Mule ESB data bus, while the consumers are end applications. The use of queuing significantly improves the reliability of the system and prevents information loss, which in turn can lead to desynchronization of applications included in the integration

Results

  • Increasing the comfort of using the e-commerce application and increasing its efficiency
  • Optimizing communication between key customer systems
  • Facilitating the flow of data exchanged between systems
  • Product segmentation module that allows simple folding of packages of products presented to end customers
  • Convenient view of order histories
  • Language version management module (defining translations for individual languages via the administration panel)

unity

unity

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