How Does a Reverse Backconnect Rotating Proxy Work?

Reverse Backconnect Rotating Proxy

How Does a Reverse Backconnect Rotating Proxy Work?

In some of our earlier articles, we have much focused on the basics of proxies and how backconnect proxies from the rest. We also had a brief coverage on how backconnect proxies operate. In this article, we are going to cover some basics of a reverse backconnect rotating proxy.

First, we will get to the basics and see how it operates. This will help you understand how it is different from other proxies. In some of our future articles, we will cover more about the technicalities and operations of these type of proxies.

Now, before we move forward, let me explain the name a bit. The reverse is when you have a mechanism in place and there is another that operates exactly the opposite way. We already know about backconnect proxies. The proxies can change the IP address upon every request.

So, a reverse backconnect rotating proxy is essentially a mechanism that operates like a backconnect proxy only that it is at the other end of the connection. Let me explain in detail.

When you are reaching a website or an application on the internet using a proxy, you are not allowing the website to look into your real IP address. What if the website does the same to you? That is exactly my point. As the term ‘reverse’ refers, website owners and the administrators maintain reverse backconnect rotating proxy.

Just like people want to hide their IP address for numerous reasons, website administrators feel the same when it comes to securing the identity of their servers. A website might be hosted on a network of servers depending on how it is configured to operate.

Why use a reverse backconnect rotating proxy?

The answer is very simple. Why does one use a backconnect proxy anyway? Hackers usually target websites to deface or bring down sending fake packets of data. Distributive denial of service (DDOS) attack is one such attack.

The targeted website receives a lot more traffic than it can afford to process resulting is servers being checked. This is when the website is unavailable for the normal visitors. DDOs attacks are not only illegal, some countries have severe penalty if someone is found involved in this crime.

Another kind of an attack involves the hackers trying to steal the private information stored in databases of the website. Such data is usually encrypted but it alone cannot completely safeguard the information. In some cases, the stolen information is used for extortion.

The number of such cases has hiked in recent years and it has affected individual users, public personalities, banks, corporations and even governments.

One way to tackle such attacks is by using a reverse backconnect rotating proxy. Once deployed on a network of servers, the proxy can act as the main server while keeping the identity of the original servers hidden. The is exactly the same as what an end user would do, instead, this time the website itself is seeking shelter from malicious attacks.

This strategy has been very useful in combating small to medium sized attacks. However, there is always a need to use additional layers of security. That is to ensure the website works normal and attackers are restricted from getting access to private data. With reverse backconnect rotating proxy in place, the possibility of hackers getting access to the main servers is restricted to a great extent.

Is reverse backconnect rotating proxy enough to tackle the challenges?

Unfortunately, the reverse backconnect rotating proxy cannot alone defend a network from hackers. Attacks are getting complicated with the passage of time. Hackers are finding new ways to get access to private data through illegal means. The competition between hackers and security experts is always there to defend their fraternity. Sometimes, time acts as a crucial player.

Often attacks carry out an attack in the small window between the creation of a new malicious method and its solution being available to the masses. Sometimes, the damage is already done. But there is always hope.

Thanks to all the research and development behind creating new ways to secure networks from attacks. When a colossal attack is being organized, it always proves to be a savior. Without much of this infrastructure in place, the internet would have been a heaven for hackers and malicious attackers.

At the same time, it is important to understand that reverse backconnect rotating proxy cannot alone tackle this issue. For this reason, there always has to be a supportive infrastructure in place, either at hardware or software level.

Conclusion

It is an unfortunate fact that there is no stopping for attackers. However, there is one thing that network administrators and webmasters can do. They can make use of technologies like the reverse backconnect rotating proxy. Many other practices to keep attackers away from exposing the loopholes.

You can always purchase a quality proxy from an authentic service that has been in the business for a while and has good reviews. One such company is Microleaves.com. The company offers backconnect proxies at a very competitive pricing. Their 3-day money back guarantee is the best in market and will surely give you a great deal of time to test the service.

There are no free tests available but you can always make use of this great deal to try it for the first three days and move forward if you feel comfortable with it. In case it is not something you were looking for, you can always get your money back.

Now that you know the basics and working of a reverse backconnect rotating proxy. I hope this information will become a foundation is securing your website from malicious attacks and hacking attempts. With the rotating feature, your server can afford way more requests than a normal proxy can take.

Thanks to the IP swarms, you don’t have to worry about bandwidth and request limitations.  This way, your users will be able to reach your website without a lot of delays. At the same time, carrying out a data theft attempt will be impossible for attackers.

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