62 million IPs worldwide
In network access, using proxy IP versus non-proxy IP brings different workflows and impacts. Understanding these differences is critical to choosing the appropriate access method and understanding the applications and benefits of proxy technology. Below we will explore in detail the differences between proxy and non-proxy IP and their implications.
Workflow Differences: Non-proxy IP: In the workflow of non-proxy IP, the client directly connects to the target website server. It sends the request and receives the response from the server. The entire communication process is done directly between the client and the target server. Proxy IP: In contrast, the workflow of proxy IP involves the intervention of proxy servers. The client first connects to the proxy server network and sends the request to the proxy server. The proxy server then forwards the request to the target website server and returns the response to the client. This intermediate proxy mode makes the communication between the client and the target server through the proxy server.
IP privacy protection: When using a non-proxy IP address for access, the client directly uses the public website IP, which means that the target website server can directly obtain the real IP address of the client. However, when a proxy IP address is used for access, the target website server can only see the IP address of the proxy server and cannot obtain the real IP address of the client. This provides users with a degree of privacy, as the target website server cannot directly trace and identify the true identity of the client.
Network access stability: The use of proxy IP improves the stability of network access. When the network connection between the client and the target website server is disconnected, if the proxy IP address is used, the client can access the target website through the proxy server, ensuring network stability. Without a proxy IP, a disconnected network connection may result in an inability to continue to access the target website, resulting in an interruption or failure of access.
Access restrictions and frequency controls: Proxy IP can be used to bypass the access restrictions and frequency controls of the target website server. If the client's public IP is restricted by the target website server and cannot continue access, these restrictions can be circumvented by using a proxy IP. In addition, the flexibility of proxy IP makes it possible to change IP addresses at any time, improving access success. In contrast, when using a non-proxy IP, you are subject to access restrictions or frequency control by the target website server, and you cannot bypass these restrictions, which may result in normal access to the target website.
Application scope: Proxy IP is widely used in many fields and application scenarios. They play an important role in web crawling, big data analysis, artificial intelligence, online collection of open data, brand monitoring, marketing and promotion. The flexibility and reliability of proxy IP allows these applications to better handle network access and deliver better results and results. Non-proxy IP is more suitable for general network access needs, such as ordinary web browsing, file downloading, etc.
The differences in the use of proxy IP and non-proxy IP lie in workflow, IP privacy protection, network access stability, access restriction and frequency control, and application scope. According to specific requirements and scenarios, choosing the right access mode can bring better network experience and results. Proxy IP provides better privacy protection, stability and flexibility, and is suitable for many special network access scenarios, while non-proxy IP is more suitable for general daily network access requirements. In the right circumstances, the use of proxy IP technology can bring better network experience and results for users and applications.
With the development of the Internet, protecting the security of network communications is becoming more and more important. PPTP, L2TP, IPSec and IPS are common network security protocols and technologies, and they play different roles and characteristic
In today's Internet era, IP addresses are the key elements for devices to connect to the Internet. When we use a mobile device or computer to connect to the Internet, we need to obtain a broadband IP address from a broadband network operator in order to c
When we use computers or mobile phones to surf the Internet, the IP addresses we see can be divided into public IP and internal IP.
ADSL dial-up is a new method of data transmission, through dial-up to reconnect to the network to obtain a new IP address. It uses frequency division multiplexing technology to divide the ordinary telephone line into three independent channels: telephone,
With the rapid development of the Internet, more and more users have a growing need to protect their real IP and realize anonymous browsing of the Internet. Both proxy IP and virtual Private Server (VPS) are common options for meeting this need.
HTTP protocol is the cornerstone of the development of the Internet, but with the rapid development of the Internet, the defects of HTTP protocol are gradually revealed.
Forward proxy and reverse proxy are two common types of proxy IP. There are some differences between them in the location of proxy server, proxy object and application scenario.
Proxy IP has become an indispensable part of our daily life, and the smooth development of many businesses cannot be separated from proxy IP.
In the use of proxy servers, we often encounter terms such as concurrency, multithreading, and the number of HTTP connections, and the specific meaning of these terms may not be clear to some users.
Proxy IP services are divided into two types: exclusive IP and shared IP. These two types have their own advantages and disadvantages and are suitable for different user requirements.