An automatic proxy chainer and rotator written in Python. (Supports SSL proxies)
- Has a static set of proxies and lacks an efficient way to check if the remote proxy server is alive.
- You may experience various "server errors" due to unstable proxy servers
This is a multithreaded, man-in-the-middle proxy rotator acting as a relay for HTTP-requests. The goal is to make it harder to track you as a web user.
Not only is it unnecessarily overkill, but it is also really cool.
A single webpage includes mulitple files: css, images, scripts, etc. This server creates a new request for each and everyone of those objects through a new proxy, making it appear as your request acctually originates for mulitple clients. By using non-transparent SSL proxies, this will be a tough nut to crack if someone decided to listen to you outgoing data traffic.
The proxy server chains mulitple proxies consequtively (multi-hop requests) using a lesser known feature in HTTPS.
- FTP support
- HTTP & HTTPS support
- Proxy chaining (limited HTTPS proxies)
- Accepts globally trusted certificates
- Correctly handle SSL
- Lets the browser/user decide whether to use HTTPS or not. This is a necessary feature due to the fact that not all servers support SSL encryption. And there is no reason to encrypt the data yourself, if your HTTPS proxy decrypts the data before it reaches the goal.
This example describes the life of a HTTP GET/POST request.
- Python with SSL compiled socket
pyOpenSSLA high-level wrapper around a subset of the OpenSSL library
$ pip install pyOpenSSL
Change directory to the download destination and run:
$ python badger.py [-n hops]
OPTIONS
-p, --local_proxies # default operation
-f, --force_proxy_refresh # force the program to reverify the proxies
-n CHAINLENGTH, --chainlength CHAINLENGTH # number of servers to bounce throughSet 127.0.0.1:8080 as the proxy in your favourite browser.
This project is inspired by pymiproxy.
This project contains the CertificateAuthority() defined in pymiproxy