Generated IP addresses are synonymously referred to as random IPs. Then, an anonymous proxy is equally known as a random proxy or anonymizer. Thus, an anonymizer creates one or more random IP addresses to ensure the privacy and security of user experiences when surfing the Internet. Learn more about anonymizer attributes and benefits that will help users make an informed choice on their next proxy pick to minimize privacy and security risks, even for users that have or experience website bans!
Reasons to Use
Anonymizers are an excellent user choice for minimizing security risks, such as hacking or spying, protecting search history and cache to lessen targeted advertising, preventing identity theft, or stopping hosts or websites from obtaining personal information. Furthermore, using a proxy act as a barrier between a host or website and the user, so personal IP addresses are masked, making back tracing impossible. Some countries restrict Internet access or users may be blacklisted on some websites. However, a random proxy allows users to work around these virtual blockages imposed by a government entity or vendor by obtaining a permanent or temporary alternative IP address, usually linked to another country or residence! Unbounded web browsing that hides identities, including geolocations, is possible with this option.
There are two particular protocol types associated with random IPs. First is protocol-specific anonymizers where no additional software is needed. Essentially, a connection is made between the user and a proxy server, and commands are sent as a message to the anonymizer to customize user preferences further to ensure parameters of data transfers and transmissions of packets. In other words, these are standard web proxies that act as a medium between a user and a host or website. Bouncers (BNC) are an example of this protocol type that are useful for file transfer protocols (FTPs) and internet relay chat (IRC). Digital data encoding on radio frequency identifications (RFIDs) can also prevent tagging.
Next is protocol-independent anonymizers that are available through tunneling protocols downloaded from software. By exploiting encapsulation, data movement between private and public networks can anonymously occur. Examples of these anonymizers are OpenVPN, PPTP, and SOCKS. The most reliable and secure VPN alternative for users is servers with SOCKS5 proxies. SOCKS5 proxies are notably used by eCommerce businesses, gamers, and streamers, as these proxies have phenomenal connection speeds and low drop rates.
A random proxy may be daisy chained or use an onion router or I2P network. Daisy chained proxies are the most basic anonymity feature that makes traffic analysis complex and difficult. Better identity shadowing can be gained through an onion router, also known as Tor, as data is encrypted to prevent insights on the data packet’s origin and destination, but not on public sources, unless there is a censorship-resistant end-to-end encryption option or upgrade that comes with a slightly higher cost. Lastly is I2P, short for Invisible Internet Project, which mirrors onion routers, except its traffic nodes blend with other network traffic through tunneling, creating mixed logs with other users. Extreme decentralization and privacy are attributable to I2P as it is pure end-to-end encryption, so users’ data will never be logged on public websites.