High Anonymity Proxy(Elite Proxy)
What is High_Anonymity Proxy?
A High Anonymity Proxy (also known as an Elite Proxy) is a proxy server that hides the user’s real IP address and does not reveal that a proxy is being used. It provides the highest level of anonymity among proxy types.
Why is High_Anonymity Proxy useful?
Provides strong privacy by completely hiding the user’s identity.
Helps bypass geo-restrictions and firewalls.
Prevents websites from detecting the use of a proxy.
Useful for secure, anonymous browsing or testing from different locations.
How it works?
The client sends a request through the high anonymity proxy.
The proxy strips all identifying headers, such as X-Forwarded-For or Via.
It sends the request to the destination server as if it came directly from a real client.
The destination server receives the request without knowing it passed through a proxy.
Where is High_Anonymity Proxy used?
Privacy-conscious browsing.
Bypassing content restrictions based on location.
Web scraping and SEO research without detection.
Secure communications in censored or monitored environments.
Which OSI layer does this protocol belong to?
High Anonymity Proxies operate at the Application Layer (Layer 7) of the OSI model.
They often handle HTTP or HTTPS traffic and manipulate headers.
IS High_Anonymity Proxy windows specific?
No, it is not Windows-specific.
High anonymity proxies can be used on any platform that supports proxy configuration or proxy client tools.
IS High_Anonymity Proxy Linux Specific?
No, it is not Linux-specific.
These proxies are cross-platform and usable on Linux, Windows, macOS, and mobile systems.
Which Transport Protocol is used by High_Anonymity Proxy?
Typically uses TCP, especially for HTTP and HTTPS traffic.
Some may also support SOCKS protocols for broader traffic types (e.g., SSH, FTP).
Which Port is used by High_Anonymity Proxy?
Common proxy ports include: * 8080, 3128, 8000 for HTTP. * 443 for HTTPS.
The exact port depends on how the proxy server is configured.
Is High_Anonymity Proxy using Client server model?
Yes, it follows the client-server model.
The client sends requests to the proxy server, which forwards them to the destination while concealing the client’s identity.
Topics in this section,
In this section, you are going to learn
Terminology
Version Info
rfc details
setup
setup
packet details
usecases
features
Reference links