How Facebook Proxy Bypass Servers Work

Facebook proxy bypass servers are necessary if you have any reason to hide IP address either by your internet or the website you are trying to connect. Why would someone would do this and how Facebook proxy providers work?

Why Use a Proxy Bypass?

If you work for an employer and have unsupervised Internet access, so you can be excluded from access to certain IP addresses as those of the commonly used social networking sites. Facebook, Friendster, Twitter, MySpace and YouTube are the more common places that employees have a tendency to visit the company time. Your employer can stop this by preventing your computer from gaining access to the Internet (IP) addresses of these sites.

If you have access to the Internet at school, college or university, you will be even less supervised than at work, and few students have not tried to use school computers to access social networking sites. There again, the relevant IP addresses have a block or a filter on them, as only a proxy bypass can circumvent.

A block refers generally to a blanket bar located on the entire network access to specific addresses, while the filters allow access to individual terminals, users who might have a legitimate use for them. Most sites are filtered, while a few may be blocked, and a Facebook proxy may be needed for a student, for example, but not a faculty member.

The target sites can place the blocks on individual IP addresses, and if Friendster or Facebook has banned you and your Internet address for any reason, you can not even re-register using a different name and email address unless you get a new internet connection with a second IP address. Facebook proxy bypass servers can allow you to re-register without changing your IP address. You can also access your home using your normal login details.

How a Facebook Proxy Bypass Server Works

If computer A connects to website B, then the IP address of both A and B are known to each other. All it takes to break this connection is to either block the other. However, if A connects to point C, and C connects to B, either A or B see each other - they both see only the IP address of C.

Therefore, one block or filter against B not be triggered by the address C, which you are connected. Neither would any block office of the B of A is triggered, because so far B. 'is associated with C and not A. The term "proxy bypass" is therefore somewhat of a misleading because it's more of a proxy' router 'many different computers can be redirected to a central connection for a number of social websites (or any type of website in fact).

For example, if you are finding it difficult to connect to a specific website that one search engine, you can do it via a proxy. The principle behind a Facebook proxy is the same as you connect your computer to a router in a network to connect to the Internet - all computers connected to that router will have the same IP address, and when you use a modem is attached to your computer to bypass the router via a second Internet connection, you will have a different IP address.

Proxy bypass sites do not last forever. Once they have been discovered and also blocked, you have to find another. But they can last a long time, and new Facebook proxies come online as soon as they become blocked. For this reason, you find a site that offers you a range of alternatives.

So next time you have difficulty accessing a particular site, whether it's Facebook, YouTube or anything else a proxy can help you. Remember, they are rarely specific, and take the form of an address bar where you enter the Internet address where the site you want to access. In the event of a Facebook proxy bypass server you enter Facebook address, but it usually also works with any other website address.

Facebook proxy bypass servers allow you to access all sites that are blocked by your school, college or employer. An understanding of how the works will enable you to make best use of them, not just for Facebook, but also friendster, myspace and all other websites, you can not access directly.