How does Google search engine work in 3 simple steps?

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Google is a self-operating search engine that uses applications known as “web crawlers” that search the web frequently to find sites to add to our index. . In fact, most sites are classified in our results They aren’t manually presented for insertion but are discovered and added automatically whenever our web crawlers crawl the web

Important points to remember

It’s appropriate to mention that Google doesn’t take deposits to crawl a site more often or rank it higher. Even if your page follows the Google Search Essentials, it doesn’t guarantee that it will crawl, index, or serve your page.

The search engine works in 3 stages, which are as follows:

a) Crawling
b) Indexing
or serving search results

Introducing the three stages of Google Search:

Google Search works in three stages which are stated above, and not all pages pass through each stage:

Crawling: Crawlers help us to download text, various videos, and images from the pages that are being found on the internet with self-automated programs.
Indexing: Google index is a large database that stores the information which is analyzed by Google such as text, images, and video files on the page.
Serving search results: Google yields some information that is appropriate according to the user’s query, Whenever a user inquiries for a query on Google,

1) Crawling

This is the first step is that a search engine uses web crawlers to discover webpages on the World Wide Web.

A program used by Google to make an index is a web crawler

. It is scheduled for crawling, which is a method in which the crawler scans the web and stores the data about the web pages visited by it in the state of an index.

Google stores page addresses (or page URLs) in a catalog to look at it later. We find pages by separate methods, but the main method is to follow the links from pages that we already know about.

for instance, such as a classification page of a hub page, or connections to a new blog post.

Still, other pages are discovered when you submit a list of pages for Google to crawl.

Once Google discovers a page’s URL, it may visit the page to find out what’s on it.

We use a massive set of computers to shuffle plenty of pages on the web.

The program that does the fetching work is called Googlebot (also known as a crawler, robot, bot, or spider).

Spider uses a computative method to decide which sites to crawl, how frequently, and how many pages are proceeding to fetch from each site.

Google’s crawlers are also programmed in such a way that they try not to crawl those sites which are too fast because it causes overloading on the sites. This mechanism is based on the responses of the site and settings in the Search Console, for example, HTTP 500 errors mean that the site has “slowed down”.

However, Googlebot doesn’t crawl all the pages that have been discovered. Some pages may be canceled for crawling by the site owner, other pages may not be accessed without logging in to that site.

During the crawl, Google provides the page and runs any JavaScript it finds using the latest version of Chrome, similar to how your browser display pages you visit. Rendering is important because websites usually rely on JavaScript to bring content to the page, and without supplying Google might not see that content.

Crawling depends on whether Google’s crawlers can access that site or not. Some common issues with Googlebot acquire sites include:

Problems with the server handling the site
Network issues

Read also: Is content marketing important?

2) Indexing

Google visits the pages that which has already been learned by crawling and tries to analyze what each page is about. After that, Google analyzes the content, images, and video files on that page, trying to understand what the page is all about. This information is stored in the Google Index, a huge database that is stored on various computers.

After the page is shuffled, Google attempts to comprehend what the page is all about.

This stage is called indexing and it includes processing and analyzing the textual content and key content tags and attributes, such as <title> elements and alt attributes, images, videos, and more.

During the indexing process, Google determines if a page is a duplicate of another page on the internet or canonical.

The canonical is the page that may be displayed on search outcomes.

The other pages in the cluster are alternate versions that may be performed in a different context, like if the user is exploring from a mobile machine or a tablet or they’re looking for a precise page from that group.

Some signs also include the vocabulary of that page, the nation, the scope, the usability of that page, and so on.

Every page that Google processes will not be indexed.

Indexing also leans on the scope of the page and its metadata. Some standard indexing issues can include:

a)The quality of the content on the page is low

b)Robot meta-rules disallow indexing

c)The design of the website might make indexing difficult

We can say that the index is just like a huge book that contains a copy of each web page found by the crawler. the crawler updates the book with new content whenever any webpage changes.

So, the index contains the URL of unlike web pages and includes the knowledge collected by the crawler.

This information is used by search engines to provide applicable answers to the users for their queries. If a page is not added then it will not be available to the users. It is a continuous process as crawlers keep visiting websites to find out new data.

3)Retrieval or serving search results

When a user enters a query, our machines explore the index for corresponding pages and then replace the results we consider are of the highest grade and most appropriate to the user’s query.

Relevancy is defined by thousands of elements, which may contain data such as the user’s place, vocabulary, and machine.

For example, searching for “bicycle repair shops” would show different results to a user in Paris than to a user in Hong Kong.

The search features that appear on the search results page also get changed according to the user’s query. For example, searching for “car repair shops” will likely show local results and no image results, however searching for “modern car” is more likely to show image results, but not local results.

Search Console might tell you that the page is indexed, but you don’t see it in your search results. This might be because:

1)The content of the page is irrelevant to users’ queries

2)The quality of the content is very low

3)Robots’ meta-rules prevent serving

Write various advantages of the Google search engine

The various advantages of the Google Search Engine are:


b)Advanced Search


d)Free Access

Suggest the name for the most Popular Search Engines in the World







7)Microsoft Bing

 Why is Google search so much successful?

Google’s success came mainly from its wish and capability to provide higher-quality results for each and every user. Understanding search intent and finding the most accurate and relevant websites that match every query that has allowed Google to stand out from battling.

How does Google use our data?

Google keeps track of each and every activity that has been performed on your apps, devices, and browsers while searching and using the internet.

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