Website SEO Analysis
In-Depth

Detailed Website Analysis

The basic overview not enough? Let's dive deeper.

losfoodiesmagazine.com Data In-Depth

A website is not just Quantcast ranks and meta information. There is a whole lot more to it. Let's give it a proper look now, shall we?

Page speed overview

• It takes around 1.2676 seconds for the homepage to fully load. This is a very good result, as search engines prioritize websites that are quick to load.
• It's worth to note the HTML of the page is around 32.7 kilobytes in size. A good result that should not impact load speed in any negative way.
• Judging by tags, the homepage contains at least 5 images. A great amount! Not too many, at least. Images should not impact page load speed negatively.
• Our database tells us around 75 server requests are made before the homepage is loaded completely. Wow, that's a lot. Certainly, so many server requests contribute to slower page load times.

Host Server In-Depth

What is a server? It's basically a physical storage device (one that, sometimes, makes up several virtual servers for the cheaper shared hosting) that holds all the files and databases associated with a specific website or websites. Obviously, it's a touch more complicated than that (servers also have processors), but the essence is quite simple - your browser contacts the server, which then sends all the neccessary information and files to your computer. Each physical server has a unique IP address assigned to it, too, for easy recognition.

• The current IP address for this website's server is 181.224.136.239.
• Server seems to be online.

HTTP header and raw WHOIS entry

If you need more raw data, here's what we managed to gather:

HTTP/1.1 200 OK
Server: nginx
Date: Sun, 03 Dec 2017 17:48:24 GMT
Content-Type: text/html; charset=UTF-8
Transfer-Encoding: chunked
Connection: keep-alive
Link: <http://losfoodiesmagazine.com/wp-json/>; rel="https://api.w.org/", <http://losfoodiesmagazine.com/>; rel=shortlink
Host-Header: 192fc2e7e50945beb8231a492d6a8024
X-Proxy-Cache: MISS