Are domain names case sensitive? Find out below

Are domain names case sensitive? Find out below
Are domain names case sensitive? Find out below 
Thus, in the following URL, if the user types in /domain search/ they will see the same information as if they had typed in the actual domain name.

How do you access a website from another computer? 

Typically, this is done by connecting over a network or by using an FTP program like FileZilla. However, file transfer can be slower or inaccessible with certain protocols, such as especially those built on top of SSL. This can be avoided by having your website set up to access itself via a secure proxy.

While there are numerous proxy applications out there, Myspace is the most widely used and one that is fairly intuitive. The best way to decide which proxy to use is to talk to your Webmaster. However, to make sure you use the proper proxy for your website, this list of proxies can help.

Here are the various types of proxy:

  • Socks5/Socks4 Proxy
  • SWS Proxy
  • SSL/TLS Proxy
  • XMPP Proxy
  • IPv6 Proxy
  • SSTP/SSTLD Proxy (Samba, Sugar)
  • TLS 1.3 Proxy
  • Protocol 1.1 Proxy
  • IPsec Proxy (IIS)
  • 802.11b/g/n Proxy
  • IPsec
  • IP 66 Proxy
  • SSL 3.0, TLS 1.1, AKA TLS 1.3

All of the above-listed proxies provide the capability to access websites over the connections they create and these protocols alone will prevent your connection from being sniffed. However, there are additional issues that must be fixed by your web developer when dealing with a proxy that does not even offer properly configured security solutions.

Are domain names case sensitive? Find out below
Are domain names case sensitive? Find out below 


This is the foundation of a great site. It is typically the responsibility of the web developer to start off his or her job by creating a secure, functional site. Usually, this is done using a free or paid application like Web Developer or Dreamweaver. However, these applications themselves often expose your website to potential security issues that the complex application sandbox. But these are easy to fix by either utilizing an application that is properly configured for security or by writing a simple script to automatically apply security configurations to all pages that use it.


Most of the time, this file is used to indicate what pages should not be indexed (excluded from search engine indexes). It is also a good idea to place a robots.txt file in the root of the website to help distinguish pages from each other as a means to help with site speed/load times.


This means that gets the same result as It is not as important to have the www or non-www version because you will most likely end up in the wrong version anyway with ambiguous combinations. The two versions both resolve to the same address, which is becomes if you list the file name as the directory. Each version now resolves to the same address, which is This is also the same as the www and non-www versions.

A number of URLs can now resolve to a portion of the site. For example, you can type "" to see the entire index for Google. The execution of this statement sets the page to be viewable once inside the Google index. The issues with this are that this does not include all of the content on the subdomain; Google only shows the first 100 page(s) of results, and the first index is not necessarily the most useful in the long run.

The future may bring the advent of a www version and a non-www version. Ultimately, this makes almost no difference except for those working with 40’000’s pages, since will resolve to anything inside the root domain.

Content directives do not pass link value?

If you set up any style sheets, Javascript, or ads, you are assuming an HTML document, and that means you are now treating the page as an HTML document. Using a poorly formed HTTP header or a fortune cookie does not pass the same amount of link value as a cleverly crafted HTTP header that accurately describes the page as HTML.

For example:

  • All you get is: "This page is poorly crafted."

If you put both versions of the line in the headers of a single page: 

You just updated the HTTP Header to point at “This page is poorly crafted, However, in Froogle to find them, they're going to have to crawl both versions to determine if they have the same content. If they seem identical, they are cached and indexing this double version as one. It’s like mobile search and that the advert sits on the SERP above the fold, or the shopping results page that shows up a little further down the page: the user decides between getting the page they want or the generic checkout version. Ahhhh... eliminated option #2.

 (and thus, must be escaped). Commonly used characters in URLs that result in incomplete information: _ (forward slash), \ (backslash), - (dash), ^ (caret), & (caret again), etc. In every instance, if the trailing slash component of the path ends in a character other than a “\” or a "-", filename encoding and escape sequences must be used. 

 Quotes, slashes, and forward slashes are the most common character types used in a URL and should be escaped by using a backslash. into a backslash in a URL, it must match exactly; it can’t escape the special significance of the forward-slashed must be placed immediately following the first slash in the path. An empty path will result in an error, and trailing slashes/backslashes must be escaped using a negative URL path. Too many places where the forward-slash character would be valid as a query parameter, the slash appears in an endpoint parameter instead. These errors are rendered as a 500 server response and mess up other parts of the request, sometimes irreparably. 

To verify that an error is being displayed, either use "head -1" or "tail -1", seeing which show up in both the Response Codes (0 and 301) and the headers of a request. If 301 redirects are being used to point somewhere other than the final page, a “Nofollow” tag has been set up in the server configuration. Line breaks cannot be considered URLs that can be accessed using the GET method, and thus the exception to the general rule about escaping characters applies here. If you want to type an address in a URL and escape it using a backslash or non-space character, use an ampersand (&) rather than a backslash ($). 

 The character in question here is 23. The Internet Almanac does not classify it as a letter, so what it presents is treated as a number. This number ranges from 0-9 and is further restricted depending on a user setting. If the user has signed in with a Twitter account and has the option of signing up with a phone number instead, the value is displayed as a phone number preceded by a '9'. Calculator optimization and formula copying are examples of value types that will be displayed in cells that have special characters in them but do not have special value classifications. These are the only known exceptions to this general rule.

 Returning a numeric value such as between 0 and 9 and including 1 is a result of having configuration options such as "users agent" or "chrome", for example, in your browser.

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