Mule ESB is very much essential in developing and implementing various modes of interactions and flows between applications and platforms made in a service-oriented architecture. Mule is a Java-based enterprise service bus (ESB). Mule ESB allows developers to connect applications together quickly and enables communication and data interchange. It also enables easy integration of existing and legacy systems, regardless of the different technologies being used by the application, including JMS, Web Services, JMS, HTTP, JDBC and more.
Service mediation — Mule ESB safeguards services from message formats and protocols, enable location-independent service calls and separate business logic from messaging
Service creation and hosting – ESB serves as a lightweight service container in which it exposes and hosts reusable services.
Data transformation – Mule allows data exchanges regardless of the format and transport protocol.
Message routing -Based on rules and content Mule allows messages to be rerouted, filtered, aggregated or re-sequenced.
Why use an ESB?
Most of the companies implement an ESB as the backbone of their IT infrastructure is mainly to increase organizational agility by reducing time to market for new initiatives. An ESB architecture eases this by providing a simple, well defined, pluggable system that scales really well. Additionally, by using its communication and transformation capabilities an ESB provides a way to leverage your existing systems and expose them to new applications.
Features of Mule ESB:
Following are the features possessed by Mule ESB:
It has a simple drag-and-drop graphical design.
Mule ESB has the ability of visual data mapping and transformation.
Users can get the facility of 100s of pre-built certified connectors.
Centralized monitoring and administration.
It provides robust enterprise security enforcement capabilities.
It provides the facility of API management.
There is a secure Data Gateway for cloud/on-premise connectivity.
It provides the service registry where all the services exposed to the ESB are published and registered.
By using web-based management console users can have control.
Rapid debugging can be performed using a service flow analyzer.