Is there any way to represent the classification of IP platforms
Is there any way to represent the classification of the IP platform? I believe many inexperienced people are at a loss about it. Therefore, this paper summarizes the causes and solutions of the problem. Through this article, I hope you can solve this problem.
1. Classified according to the degree of anonymity: transparent agent, ordinary agent, high anonymous agent. Transparent and normal proxies are not recommended.
Although there is a proxy effect, it will be recognized by the website server as using the proxy IP. The highly anonymous agent can not only hide the real IP of the user, but also camouflage the website server like visiting the actual client.
2. Classification by purpose: the most common ones are HTTP proxy IP, HTTPS proxy IP and Socks proxy IP.
HTTP proxy IP is mainly used for browsers to visit web pages, send HTTP requests, web crawlers, web voting, website registration and so on.
HTTPS proxy is an SSL protocol based on HTTP, which supports HTTP proxy with up to 128encryption strength and can be used as an agent to access encrypted websites. An encrypted website is a website that starts with HTTPS//, and the standard port for ssl is 443.
The Socks agent IP is a versatile agent, just like an adapter board with many jumpers, simply connecting the system at one end to the other. Supports a variety of protocols, including HTTP, ftp requests, and other types of requests. It is divided into two types: socks4 and socks5. Socks4 only supports TCP protocol, socks5 only supports TCP/UDP protocol, and also supports various authentication mechanisms and other protocols. Its standard port is 1080.
3. Classified by cost.
It can be divided into open type and cost type, of course, the purity of open IP is low, and the work efficiency is also reduced.
After reading the above, do you know any ways to represent the classification of the IP platform? If you want to learn more skills or want to know more about it, you are welcome to follow the industry information channel, thank you for reading!
