Meteor is a platform-independent, open-source JavaScript web application providing a complete, full-stack framework for creating code that runs on the web as well as on a mobile device. Meteor simplifies the process of developing responsive applications. Users can expect their apps to be faster than they thought and easy to use. Meteor can provide a fast, efficient, enjoyable and integrated development experience. Main features of Meteor Main features of Meteor Universal JavaScript The same code runs from packages to database APIs, from client to cloud, on mobile devices and browsers through Meteor's unified build system.
Responsive rendering Client GUI components help build responsive applications, provide the look and feel of a heavy client application using Meteor's Blaze framework or by integrating with AngularJS and React JS. Optimistic user interface Meteor features "data on the wire" with built-in latency compensation and contention resolution. When the Phone Number List data changes; updates reliably propagate to affected clients and user screens are updated via live query, full database drivers and mini-database sources.
Meteor's Distributed Data Protocol (DDP) has a built-in task for, which is a standard protocol for sending APIs over that push data from the cloud to live update clients. We have already seen previous articles on Meteor.js tutorials and useful Meteor.js resources which are really useful for Meteor developers. With all the key features above, Meteor still has some performance issues and after spending a few weeks, you will find that your new masterpiece is slow. Meteor is not very useful when you are building a website because it transfers CSS (cascading style sheet), JS (JavaScript), HTML, code and template to the client. So in this article, we are listing some of the main points that help you to improve the performance of Meteor.