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https://github.com/audibleblink/doxycannon
A poorman's proxycannon and botnet, using docker, ovpn files, tor nodes, and dante socks5 proxies
https://github.com/audibleblink/doxycannon
botnet docker openvpn pentest proxy proxychains redteam tor
Last synced: 16 days ago
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A poorman's proxycannon and botnet, using docker, ovpn files, tor nodes, and dante socks5 proxies
- Host: GitHub
- URL: https://github.com/audibleblink/doxycannon
- Owner: audibleblink
- License: gpl-3.0
- Created: 2018-03-29T22:43:22.000Z (over 6 years ago)
- Default Branch: main
- Last Pushed: 2023-03-03T19:41:39.000Z (almost 2 years ago)
- Last Synced: 2024-11-03T04:32:37.299Z (about 1 month ago)
- Topics: botnet, docker, openvpn, pentest, proxy, proxychains, redteam, tor
- Language: Python
- Homepage:
- Size: 55.7 KB
- Stars: 131
- Watchers: 5
- Forks: 62
- Open Issues: 2
-
Metadata Files:
- Readme: README.md
- Funding: .github/FUNDING.yml
- License: LICENSE
Awesome Lists containing this project
- awesome-network-stuff - **230**星
README
# doxycannon
[](https://www.codefactor.io/repository/github/audibleblink/doxycannon)
Doxycannon uses docker to create multiple socks proxies where the upstream
internet connections are either VPN connections or Tor nodes
In VPN mode, it takes a pool of OpenVPN files and creates a Docker container for
each one. After a successful VPN connection, each container spawns a SOCKS5
proxy server and binds it to a port on the Docker host.
In Tor mode, containers initiate a connection to the Tor network.
Both VPN and Tor nodes can be rotated through, giving you a new egress IP with each request.
Combined with tools like Burp suite or proxychains, this creates your very own (small) private
botnet on the cheap.
[Password Spraying Blog Post Using DoxyCannon](https://sec.alexflor.es/post/password_spraying_with_doxycannon/)
## Prerequisites
If using VPN mode, you'll need a VPN subscription to a provider that distributes `*.ovpn` files
- Install the required pip modules:
```sh
pip install -r requirements.txt
```
- Ensure docker is installed and enabled. Refer to the
[Wiki](../../wiki/installing-docker) for installation instructions on
Kali/Debian
- `proxychains4` is required for interactive mode
## Setup
- Create a `NAME.txt` file with your ovpn credentials in `VPN`. The format is:
```txt
username
password
```
- Fill the VPN folder with `*.ovpn` files and ensure that the `auth-user-pass`
directive in your `./VPN/*.ovpn` files says `auth-user-pass NAME.txt`
- Check out [this wiki section](../../wiki#getting-started-with-vpn-providers)
for installation instructions for individual VPN providers
- Within the VPN folder, you may divide/organize your VPN file into subdirectories
and use the `--dir` flag with the `--up` or `--single` commands to only use
those configs
```sh
mkdir -p VPN/US
mv US.opvn auth-us.txt VPN/US
doxycannon vpn --dir VPN/US --up
mkdir -p VPN/FR
mv FR.opvn auth-fr.txt VPN/FR
doxycannon vpn --dir VPN/FR --up
```
- If `--dir` is equal to `VPN`, a container will be launched for each `ovpn` file inside the folder. Use `--single` to have HAproxy load-balance between all VPNs.
```sh
doxycannon vpn --dir VPN --up
doxycannon vpn --dir VPN --single # Launch HAproxy to load balance
```
- `--single` does not stop proxy containers when it quits, it only stops HAproxy. Use `--down` to bring them down.
- Alternatively, use the `tor` subcommand to just spin up tor nodes
```sh
doxycannon tor --nodes 7 --single
```
## Usage
_note_: Before 14 May 21, versions of [rofl0r/proxychains-ng](https://github.com/rofl0r/proxychains-ng) use a
second-based seed for the PRNG that determines random proxy selection. Be sure to use a version based on or
after this [commit](https://github.com/rofl0r/proxychains-ng/commit/092d7042e092a033ac0c33a238927050c2cc7de0)
### One-off, random commands
While your containers are up, you can use proxychains-ng to issue commands through
random proxies
```sh
proxychains4 -q curl -s ipconfig.io/json
proxychains4 -q hydra -L users.txt -p Winter2020 manager.example.com -t 8 ssh
```
### GUI Tools
Use the `--single` flag to create a proxy rotator.
```sh
❯❯ ./doxycannon.py [vpn|tor] --single
[+] Writing HAProxy configuration
[*] Image doxyproxy built.
[*] Staring single-port mode...
[*] Proxy rotator listening on port 1337. Ctrl-c to quit
^C
[*] doxyproxy was issued a stop command
[*] Your proxies are still running.
```
To see what's happening, checkout out the [haproxy](haproxy) folder. Essentially, the tool builds
a layer 4 load-balancer between all the VPNs. This allows rotatation of proxies through a single
port. One can then point browsers or BURPSuite at it and have every request use a
different VPN.
### Specific SOCKS proxies
Example: To make a request through Japan, use `docker ps` and find the local
port to which the Japanese VPN is bound.
Configure your tool to use that port:
```sh
curl --socks5 localhost:50xx ipconfig.io/json
```
### Interactive
Once you've started your containers, run the utility with
the `--interactive` flag to get a bash session where all network traffic is
redirected through proxychains4
```sh
./doxycannon.py --interactive
```
### Credit
[pry0cc](https://github.com/pry0cc/ProxyDock) for the idea
This was originally a fork of pry0cc's ProxyDock. It's been modified to an
extent where less than 1% of the original code remains.