Free Proxy Formatter & IP Proxy Converter

Why Proxy Formats Matter?

Proxy formats are essential for defining how proxy server information is structured and presented. This includes the host URL or IP address, port number, and potentially, authentication credentials like usernames and passwords. The correct proxy format ensures that applications can connect to the internet through proxies seamlessly, maintaining both security and privacy.

Using the right proxy format is critical for the compatibility between applications and proxy servers. It allows for secure and anonymous browsing by enabling the masking of users' IP addresses from external servers. This is particularly important for individuals who require a high level of privacy and protection from online tracking and surveillance. Proper formatting also contributes to better network performance and efficient traffic routing.

How to Use Our Proxy Format Tool?

To use ProxyFormat.com, follow these brief steps:

1. Paste your original proxy list into the left window, ensuring one proxy per line.
2. Select the desired format from the options provided.
3. Click to convert; the formatted list will appear in the right window.
4. Copy the converted proxies from the right window (downloading is not supported).
5. For bulk conversion, make sure each proxy is on a separate line.

Anti-detection browser proxy format

Each anti-detection browser has its own specific proxy format. The following is a list of popular anti-detection browsers and their commonly supported proxy formats:

AdsPower

• AdsPower is a premier anti-detection browser designed to provide seamless proxy integration with a variety of protocols, ensuring optimal performance and security.
• Proxy Formats:
  • Host:Port
  • Host:Port:Username:Password
  • Host:Port:Username:Password[Rotating-link]
  • Protocol://Host:Port:Username:Password
  • Protocol://Host:Port:Username:Password[Rotating-link]

GoLogin

• GoLogin empowers users to manage multiple online identities securely and effectively, safeguarding accounts from detection and bans.
• Proxy Formats:
  • Protocol://Username:Password@Host:Port
  • Host:Port:Username:Password

Incogniton

• Incogniton is a widely used and powerful anti-detection browser that has earned the trust of many due to its robust features and user-friendly interface.
• Proxy Format:
  • Host:Port:Username:Password

Dolphin

• Dolphin is a feature-rich anti-detection browser that allows users to create a multitude of distinct browser profiles on a single device, catering to advanced privacy needs.
• Proxy Formats:
  • Host:Port
  • Host:Port:Username:Password
  • Username:Password@Host:Port
  • Host:Port:Username:Password[Rotating-link]
  • Protocol://Host:Port:Username:Password
  • Protocol://Host:Port:Username:Password[Rotating-link]

Multilogin

• Multilogin is a powerful anti-detection browser that enables users to create, manage, and operate multiple unique browser profiles from a single device, offering unparalleled flexibility.
• Proxy Formats:
  • Host:Port
  • Host:Port:Username:Password

Hidemyacc

• Hidemyacc is a robust anti-detection browser designed to assist users in managing multiple online profiles securely and anonymously, prioritizing privacy and discretion.
• Proxy Format:
  • Host:Port:Username:Password

The Role of Proxy Formats in Network Protocols

In the context of network protocols, different proxy formats can significantly impact both the transmission rate and security of data. HTTP proxies, for instance, operate at the application layer and are generally easier to set up but may not provide the same level of security as other types due to their visibility in the data transmission process. SOCKS proxies, on the other hand, work at a lower level, offering a greater degree of anonymity since they do not inspect the data passing through.

However, this lower-level operation can sometimes result in slower transmission rates compared to HTTP proxies, especially with protocols that require additional handshaking or data inspection. The choice between these formats often comes down to a trade-off between speed and security, with each proxy format having its own set of use cases and optimal scenarios.