XIM connector links ATAMYA and Emporix for efficient data integration
The connector we developed establishes a link between the ATAMYA PIM and the Emporix e-commerce platform to enable seamless integration of product data. Based on the Mach architecture, the connector is a future-proof and scalable solution for a modern e-commerce setup.
This proven solution eliminates the effort for companies to implement the connection even in a complex project, which significantly accelerates the -œtime to market-. The connector works reliably in the background and automatically synchronizes the product data so that companies can concentrate fully on their core business. All relevant data is used and the model structure is efficiently transferred to the e-commerce platform. In this way, the connector ensures consistent and error-free product data.
The advantages
MACH-architecture
The connector uses the MACH architecture, which offers a modular, flexible and scalable solution.
Simple user interface
The user-friendly interface makes operation easier and increases efficiency.
Real-time synchronization
Guarantee that all changes are immediately synchronized in all systems
Consistent
Always up-to-date and consistent product data across all channels for an improved customer experience.
Cost and time savings
Reduced workload and minimized errors thanks to automated data transfer.
Mass data & multi-client
Processes large amounts of data and supports the management of multiple clients.
MACH-architecture
The XIM Connector is designed as a microservice and is based on the modern MACH architecture. MACH stands for microservices, API-first, cloud-native and headless. This architecture offers various advantages:
Microservices
The connector has a modular structure, which means that individual components can be developed, updated and scaled independently of each other.
API-first
API-centric development means that the connector can be easily integrated into existing systems.
Cloud-native
The XIM Connector is cloud-based, which ensures high scalability and reliability.
Headless
The headless architecture enables the front end to be used independently of the back end.
