Backconnect proxies have become a tricky business over the time. The architecture behind a great backconnect proxy design tells how good a service is going to perform. There are many reasons why one backconnect proxy provider has a better rating than the other. One of the key reasons is the architecture design.
Now, we understand the fact that when it comes to proxies, we don’t always talk about just software. It is tricky because it involves a great deal development at a hardware level. Ultimately, the best design is the one that does its job of keeping your online activities secure. This is why proxies are in use in the first place.
Online privacy is a key issue when someone uses the internet. The connected architecture of the whole world wide web makes it easier for anyone to reach your end. This does not even need your authorization. Anyone at any time can reach you through what we call an Internet Protocol (IP).
The IP address is essentially the gateway to communicate with billions of connected devices and find out key information that comes along. However, this information could land in the wrong hands. The uses can be illegal in nature. Some of the crimes that involve IP address include data theft, identity theft and denial of service or DDOs attacks.
When we talk about backconnect proxy design, we talk about the client side and the server side. The client side is where an end user comes. It is accessing files stored on various servers across the colossal network of computers. The files are at the server side. From here the delivery upon request takes place. A request is when you ask your computer to go all the way to the server and get you some data.
For example, when you search something on Google, you are requesting Google to return results based on the query you had made. This is a very simple example. There are many ways the requests and queries work. In between the client side and the server side, there is a lot of hardware. This includes wires, routers, switches, backbones etc.
What is the downside of having no proxy?
Imagine you are communicating with a server located thousands of miles away from where you are operating. There is internet service provider (ISP), Internet governing bodies and even governments involved in handling the information that passes through the infrastructure in their jurisdiction. On top to these when there is no backconnect proxy design in place, it complicates a lot of things.
You can now always be sure about the security of the ISP. Especially when there is a third person getting access to the information that you are sending and receiving. Unwanted authorities and even individuals can use your personal and business-related information against you. This is a huge breach of basic human rights code of conduct.
Without a proxy in place, there is no backconnect proxy design in place either. This means your IP address is always at risk. Your IP address holds vital information about where you are using the internet from and all the activities that you have carried out online. It is certain that nobody wants such vital information getting landed in the hands of someone who could potentially use it to harm your personal life or your business.
This is why there has been a way to keep your IP address anonymous so that even if someone is able to trace your IP address, it is of no use to them, especially when they have some bad intention in mind. A good backconnect proxy design can put you off the radar or hackers and attackers and keep your identity safe.
What is a backconnect proxy?
There are a number of types of proxies. One of the most famous is a backconnect proxy. It works like a magic in a way that every time you send a request to a server, it switches to a different IP address. The selection is made from a pool of millions of IP addresses. There IP addresses are not banned by any network or a website.
IP addresses usually get banned for malicious activities and you don’t want yourself banned by any website, let’s say a social network, for using a blacklisted IP address just once without even you noticing.
So, a perfect backconnect proxy design helps build an architecture on top of a network that tackles all the challenges that a user might face while using it. The design is dependent upon a lot of factors and to make it perfect, years and years of research and development is involved.
Such research and development projects are carried out by non-profit organizations and even individuals and made publicly available for free under a certain Creative Commons license. This work is then used further to develop tools, services, and software that help safeguard online privacy.
What is the location of a proxy?
An important part of understanding the backconnect proxy design is to understand where it is available on the network. The location of the proxy is dependent on the type of proxy itself.
For example, a residential proxy is the one that comes from an internet service provider (ISP). They sit on top of the infrastructure between you and your ISP. A data center proxy is one that does not have anything to do with your ISP. A third-party organization usually operates it. Apart from two, there are dedicated proxies, shared proxies, backconnect proxies, etc.
The backconnect proxy design involves typical connection buffers, TCP handshake process on top of different layers. Therefore, there are three key areas to look out for while doing a backconnect proxy design. To ensure maximum availability, great performance, and unbreakable security.
What good is a proxy that compromises on one of these factors to ensure that the other factors do great? There is no perfect proxy. A strong backconnect proxy design can only keep you away from the bad guys. You enjoy carrying out operations without any trouble. Hence, hackers cannot get access to your private information easily.
This is the reason why websites like Microleaves.com have a great backconnect proxy design. It could help you stay off the radar of hackers and attackers.