reverse-shell | A simple pure Go reverse shell framework over TLS
kandi X-RAY | reverse-shell Summary
kandi X-RAY | reverse-shell Summary
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Top functions reviewed by kandi - BETA
- GenCerts generates certificate and private key files .
- Run command line
- genRootCert generates a new root certificate
- handleConnection is used to process a single connection
- saveKey saves the private key to a file
- processBuiltInCommands processes built - in commands
- saveCert is used to save a certificate
- executeCommand runs the given command
- generateOutput returns a JSON representation of the current user
- runCommandProcessor runs a command process .
reverse-shell Key Features
reverse-shell Examples and Code Snippets
Community Discussions
Trending Discussions on reverse-shell
QUESTION
The crypto server is started on a Kali Linux virtual machine, whereas the client shell is started on a Windows 10 virtual machine.
The reverse shell works. A connection is established and is persisted. I can run all types of commands from the shell such as - ifconfig, dir, ls, systeminfo, netstat, etc. However, the only problem is that I cannot enumerate the virtual machine's directories using the - "cd & cd .." command.
If I type cd from the Linux's shell I don't receive any errors neither the connection is closed. It seems like it executes the command on the Windows machine, but it does not return any response back.
I know that the question has been asked in the past and I have looked through the threads:
1.python3 - cd is not working in reverse shell
2.Reverse Shell Command with Python command gets stuck when trying to change directory
3.Subprocess changing directory
4.Equivalent of shell 'cd' command to change the working directory?
which I did not find helpful
I think I understand the nature of the problem, but I do not know how to address it. If anyone has any idea of what might be causing this behaviour, I would appreciate the help.
This is the crypto client shell
...ANSWER
Answered 2021-Jun-27 at 18:12while 1:
encrypted_command = s.recv(1024)
...
proc = subprocess.Popen(command, stdout=subprocess.PIPE, stderr=subprocess.PIPE, shell=True)
...
s.send(encrypted_response)
QUESTION
I am rewriting a simple reverse-shell program I made in python, now in C.
The program is supposed to be trying to connect to a host(netcat listening on the specified port) and then take the output from nc, sent over a tcp socket, and make a system call using popen() and then send back the terminal output via the socket connection to nc where it is displayed.
When I try sending commands the program returns what I requested, but also some giberish.
Ex.:
/Users/jacob/Library/Developer/Xcode/DerivedData/backdoorfbhufkccmceisqaozrfitkmfsvge/Build/Products/Debu@Ԓ`? ??????0d?r?
(Output from nc in terminal, this was a 'pwd' command)
I also seem to have some kind of problem where a buffer isn't cleared? When I use the 'say' command(say [sentence] ) MacOS is supposed to use voice the sentence. This happens, but only the 2 first letters of the argument after 'say'(the 2 first characters of the sentence) and then says an earlier string. ('Successfully connected!')
Ex.: (command: 'say hello')
heSuccessfully connected!
I have tried to open the FILE stream in different places and
Code (after socket setup and connection):
...ANSWER
Answered 2020-Aug-19 at 21:01I think your main issue is here:
QUESTION
OpenBSD's Netcat implementation listens on a port with unix_bind()
... basically the same behavior as Rust's TcpListener::bind()
. Where I got lost in writing my listen
function (emulating nc -l -p
) is how to interact with reverse shells.
As seemingly trivial as it sounds, I want listen
to give me the sh-3.2$
prompt like nc -l -p
does. All the Netcat-Rust implementations I dug up online don't allow me to interact with reverse shells like that.
Reverse shell code (Machine 1): (adapted from this question I asked years ago)
...ANSWER
Answered 2020-Apr-23 at 05:48Basically, we want to have two bi-directional redirections - one from stdin
to the stream
, and the other from stream
to stdout
.
We can accomplish this using the generic pipe_thread
function below, which creates a dedicated OS thread for this (can be done more efficiently, but we want simplicity). In listen
, we spawn two threads like this, and wait for them to terminate.
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