||For organizing and specifying the overall interaction between components, Java EE provides a set of APIs.
||APIs play an important role in implementing coding consistency. APIs also help the developer to facilitate performance and maintenance.
||Design Patterns In Java EE, the design patterns provide solutions for improving the code quality and effectiveness of the architecture.
||The design patterns provide a rich set of features that enable high performance and reliability of the enterprise web application.
||Java EE provides a rich set of modules through which the development process is a very flexible, adaptable, and time-efficient solution.
||Java EE doesn't wait to complete the execution of the requests as it executes requests asynchronously. It allows the application to perform the task with a number of servers, and it might decrease the performance speed.
||Node.js has great horizontal scalability with the capability of adding more hardware.
||In comparison to node.js, Java EE takes a longer time. It process input and output request in both the blocking and non-blocking manners.
||The speed of the node.js web application is high as it process input and output requests in a non-blocking manner.
||In comparison to node.js, it has very low security.
||High security for enterprise web application development.
||Java EE is known for its great code maintainability and computation efficiency.
||Lengthy and relatively slower.
||Fast and less complicated.
||Number of enterprises applying
||TripAdvisor, GameDuell, Rezdy.
||Uber, Netflix, eBay, Reddit.
||Oracle and the eclipse foundation.
||Community and the Node.js foundation.
The table which we defined above shows the main differences between Java EE and Node.js.