First ,what is native ip

Native IP addresses are real IP addresses that are directly assigned to users by Internet service providers (ISPs) without proxy or forwarding. This IP address is directly associated with the user's device or network and is not forwarded or hidden by any intermediary server or proxy. Native IP usually refers to the IP address that corresponds to the user's physical location or network connection area. They are assigned by the ISP based on the user's network needs and geographical location to ensure the stability and reliability of the network connection.

Second,what are the advantages of native ip

1. Authenticity and trustworthiness: Native IP is an IP address directly assigned to a user by an Internet service provider (ISP) without proxy or forwarding. As a result, they provide accurate geographic location information and have higher reliability and stability in network communication.

2. High-speed connection: Because native IP is directly associated with the user device or network, there is no interference from intermediate servers or proxies, so faster connection speeds can be achieved. This is important for applications that require real-time data transmission, video streaming, online gaming, and others that require fast response times.

3. Geographic location correlation: The native IP address corresponds to the user's physical location or network connection area. This makes native IP useful in applications that need to accurately identify a user's location or perform geolocation tests. For example, marketing and AD placement require targeted ads based on a user's geographic location, and native IP can provide accurate geographic location information.

4. Not easily blocked: Native IP is assigned by ISPs and is generally not considered anonymous or proxy IP by websites or service providers. This reduces the risk of being blocked or restricted access, giving users more stable access to restricted content or services.

5. Wide applicability: Since native IP is directly assigned to users, it is suitable for a variety of application scenarios, including but not limited to network browsing, application development, data collection, remote access, etc. Users can choose the appropriate native IP according to their needs and purposes.

6. Provide independent network access: Native IP provides users with independent network access capabilities. In contrast to shared IP or proxy services, native IP is not influenced or restricted by other users. This means that users can have more bandwidth and better network performance without being affected by the behavior of other users.

7. Reliability and stability: Native IP is directly provided and managed by ISPs, so it has higher reliability and stability in network communication. Compared to shared IP or proxy services, native IP often provides better connection quality and consistent service

Finally,how to distinguish native ip?

There are several ways to distinguish native IP:

1. View the WHOIS information of an IP address: Use the WHOIS query tool to find the WHOIS information of an IP address. Native IP is usually assigned directly by the Internet service provider (ISP) to the end user, so the ISP's name or related information should be displayed in the WHOIS message. If the WHOIS message shows an ISP, then it is most likely the native IP.

2. Perform reverse DNS query: Perform reverse DNS query to view the domain name of an IP address. Native IP typically has attribution information directly associated with a domain name, rather than being relayed through a proxy server or shared service. Therefore, if the reverse DNS query results directly show the domain name associated with the IP address, then this is probably the native IP.

3. Test network latency and stability: Native IP typically has lower network latency and better stability because they connect directly to the Internet backbone network. By using network latency testing tools such as ping or traceroute, you can measure the latency between the IP address and your device. If the latency is low and stable, then this is probably native IP.

In summary, native IP has the advantages of authenticity and trust, high-speed connectivity, geographical relevance, easy to block, wide applicability, providing independent network access, reliability and stability. Native IP can be identified by looking at the IP's WHOIS information, performing reverse DNS queries, and testing network latency and stability. Native IP is an ideal choice for applications that require accurate identification of user locations, stable connections, and fast response times. Whether for web browsing, application development, data collection or remote access, native IP provides better quality of service and user experience.