Cors Chrome -

When a web page makes a cross-origin request, Chrome sends an OPTIONS request (also known as a preflight request) to the server to determine if the request is allowed. If the server responds with the correct headers, Chrome allows the request to proceed.

You must fix the server, not the browser. cors chrome

In this case, the request is considered cross-origin because it's being made to a different domain ( example.net ) than the one the web page was loaded from ( example.com ). When a web page makes a cross-origin request,

: If the preflight is successful, Chrome proceeds with the original GET or POST request. If the server doesn't provide the correct headers, Chrome blocks the response, and you see the infamous "CORS policy" error in your DevTools console. Why Chrome Blocks Your Requests In this case, the request is considered cross-origin

CORS is an essential security feature in Chrome that prevents malicious scripts from making unauthorized requests. While it can be frustrating to work with, understanding CORS and how to configure it can help you build more secure and robust web applications. By following the tips and best practices outlined in this post, you can effectively work with CORS in Chrome and build amazing web applications.