Bypass network card: Whose bottom line is touched by disclosing IP territory?

Overnight, Sina Weibo gradually opened the display of users' IP locations. There is no option to turn it on or off, only the IP location is clearly displayed in the user's personal information. Immediately afterwards, many mainstream platforms such as Douyin, Xiaohongshu, and WeChat public platforms successively opened the display of user IP addresses, making many netizens who have long been "intimate" with their mobile phones feel the fear of being "dominated".
In fact, in October 2021, the Cyberspace Administration of China issued a signal to disclose the IP location of users. The "Internet User Account Name Information Management Regulations (Draft for Comments)" requires that Internet user account service platforms should display account IP address location information on the Internet user account information page. Domestic users need to mark the province (region, city), and overseas accounts The location information of the IP address needs to be marked with the country (region). There are many voices on the Internet such as: "I'm here to have fun surfing, not to meet my fellow villagers" and "My remarks only represent me personally and have nothing to do with my province."
Some netizens think that showing IP location is nothing. Some netizens called this a transfer of privacy rights, and said that today the province can be displayed, and tomorrow the city, district, and house number can be displayed. There are different opinions, and they all make sense. Some farces followed: Netizens discovered that the IP jurisdiction of celebrities in Beijing is abroad, while the IP jurisdiction of many foreign food bloggers is in China. As netizens, it seems that not only are they forced to disclose their jurisdiction, but they also eat with tears in their eyes. Got a melon. So after saying this, what we want to talk about is, to what extent can IP territoriality "expose" our "privacy"?
An IP address is an address defined by the IP protocol. In order to enable different types of networks to communicate with each other, communication protocols emerged and became a common communication method for computer networks. IP allows data to be transferred from the source host to the destination host. Therefore, the action of an IP address accessing another IP address constitutes interconnection. And every device connected to the Internet has an IP.
But the IP address is not private to an individual, it changes. It is allocated by operators, data centers or communication base stations. And as your location changes, so will your IP address.
Therefore, the IP location mainly displays the country/region/city/IP host name/Internet service provider, etc. The user's name and accurate address are not directly obtained.
The "Announcement on User IP Territory" released by WeChat stated that there are individual users pretending to be parties to hot events, fabricating and spreading false information, showing that user IP territories can combat counterfeiting, transfers, rumors and other behaviors.
Although many people are not willing to accept such a way of disclosing personal information without the user's consent, it also reflects from the side that the Internet and reality are infinitely close. We need to think more, speak rationally, and pay more and more attention to the protection of personal privacy.
Network security is the protection of the vital interests of individuals, companies and countries. It usually refers to the security of computer networks and can also refer to the security of computer communication networks. Building network security includes the network security and data security infrastructure of the data center, as well as the data security operation platform, threat detection, anti-attack capability assessment, etc.
LR-LINK's existing Bypass network card solution is a series of products that help the development of network security. Network security equipment is generally applied between two or more networks. Applications within network security equipment The program will analyze the network packets passing through it to determine whether there is a threat. When there is a problem with the device (power outage or crash), traffic cannot pass through the network link. The Bypass function can use a specific trigger state to allow the two networks to directly achieve physical connection without going through the network security device. It is especially suitable for network security equipment platforms such as firewalls, anti-virus gateways, gatekeepers, and data monitoring.
This 10G dual-optical port Bypass series network card launched by LR-LINK supports 10G dual-optical port single-mode single-channel and 10G dual-optical port multi-mode single-channel free selection. Based on the Intel main control solution, it has the advantages of high stability and strong compatibility, and has three working modes: normal, disconnected and bypass. It is the first 10G fiber-optic Bypass network card launched by LR-LINK. It can be widely used in high-throughput gateways, firewalls and other network equipment. This solution can realize automatic switching and shield faulty nodes without human intervention.
Compared with the previously launched Gigabit Bypass series network cards, it not only has a higher transmission rate, but also the physical structure of the conventional PCIe network card is more suitable for different network security devices. Users only need to insert the Bypass network card into the PCIe slot to meet the requirements. Normal use.
In today's world of globalized exchanges and cooperation, it is urgent to ensure the security of the Internet environment. This is not just a personal problem, nor is it just a problem of a certain country. Mr. Kapambwe, Chairman of the United Nations Economic and Social Council, once said, “We unanimously agree that cyber security is a global problem that can only be solved through global cooperation. ”
LR-LINK is doing its best to support the development of network security with professional network card solutions.

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Origin blog.csdn.net/LRLINK/article/details/124607054