
Genera indirizzi IP e URL offuscati utilizzando trucchi DWORD, ottale, esadecimale, IPv6-mapped e fake-domain @ per penetration testing, sensibilizzazione al phishing e test dei filtri URL.
Un toolkit per il security testing finalizzato alla generazione di indirizzi IP e URL offuscati. Utile per penetration testing, security research, formazione sulla consapevolezza del phishing e test di parser/filtri URL.
Questo toolkit fornisce due interfacce:
ip_obfuscator.html - GUI basata sul web per un utilizzo interattivoip_obfuscator.py - Strumento da riga di comando per scripting e automazioneEntrambi gli strumenti generano le stesse tecniche di offuscamento, tra cui:
@)ip_obfuscator.html)Apri ip_obfuscator.html in qualsiasi browser moderno. Non è richiesto alcun server.
192.168.1.100)@ (es. secure.bank.com)ip_obfuscator.py)# Show all obfuscation formats for an IP
python3 ip_obfuscator.py 192.168.1.100
# Generate obfuscated URLs
python3 ip_obfuscator.py 192.168.1.100 --url
# With fake domain and path
python3 ip_obfuscator.py 192.168.1.100 --url --fake-domain secure.bank.com --path /login
| Opzione | Abbreviazione | Descrizione |
|---|---|---|
--url | -u | Genera URL completi invece dei soli formati IP |
--fake-domain | -f | Dominio falso per il trucco @ (predefinito: google.com) |
--fake-pass | -w | Password fittizia per il formato user:pass@host |
--path | -p | Percorso URL (predefinito: /) |
--port | -P | Numero di porta |
--https | -s | Usa HTTPS invece di HTTP |
--json | -j | Output in formato JSON |
--filter | -F | Filtra i risultati per parola chiave |
--list | -l | Output in elenco compatto (solo valori) |
--zones | -z | Analizza le implicazioni per le Windows security zone |
--decode | -d | Decodifica un IP offuscato riportandolo alla forma standard |
python3 ip_obfuscator.py 192.168.1.100 --url --fake-domain secure.bank.com --path /login
Output:
================================================================================
OBFUSCATED URL GENERATOR
================================================================================
Target IP: 192.168.1.100
Fake Domain: secure.bank.com
Fake Password: (none)
Port: (default)
Path: /login
Protocol: HTTP
================================================================================
DWORD/INTEGER FORMATS
--------------------------------------------------------------------------------
Standard (no obfuscation):
http://192.168.1.100/login
Decimal DWORD:
http://3232235876/login
Hex DWORD:
http://0xC0A80164/login
Octal DWORD:
http://030052000544/login
...
python3 ip_obfuscator.py 192.168.1.100 --url --fake-domain secure.bank.com --filter "fake auth" --json
Output:
{
"Fake Auth + Decimal DWORD": "http://secure.bank.com@3232235876/",
"Fake Auth + Hex DWORD": "http://secure.bank.com@0xc0a80164/",
"Fake Auth + Octal DWORD": "http://secure.bank.com@030052000544/",
"Fake Auth + Dotted Hex": "http://[email protected]/",
"Fake Auth + Dotted Octal": "http://[email protected]/",
"Fake Auth + IPv6 Mapped (hex)": "http://secure.bank.com@[::ffff:c0a8:164]/",
"Fake Auth + IPv6 Mapped (decimal)": "http://secure.bank.com@[::ffff:192.168.1.100]/",
"Fake Auth + IPv6 Mapped (full)": "http://secure.bank.com@[0000:0000:0000:0000:0000:ffff:c0a8:0164]/",
"Fake Auth + Class B": "http://[email protected]/",
"Fake Auth + Class C": "http://[email protected]/"
}
python3 ip_obfuscator.py 192.168.1.100 --url --https --filter ipv6
python3 ip_obfuscator.py 192.168.1.100 --list --filter ipv6
Output:
All obfuscated forms of 192.168.1.100:
::ffff:192.168.1.100
::ffff:c0a8:164
0000:0000:0000:0000:0000:ffff:c0a8:0164
0:0:0:0:0:ffff:c0a8:164
::ffff:c0a80164
::192.168.1.100
::c0a8:164
[::ffff:c0a8:164]
[::ffff:192.168.1.100]
[0000:0000:0000:0000:0000:ffff:c0a8:0164]
python3 ip_obfuscator.py --decode "http://secure.bank.com@3232235876/login"
Output:
Input: http://secure.bank.com@3232235876/login
Decoded: 192.168.1.100
python3 ip_obfuscator.py 192.168.1.100 --zones
Output:
================================================================================
MICROSOFT SECURITY ZONES ANALYSIS
================================================================================
The 'Dot Rule' (PlainHostName rule):
• Hostname WITHOUT dots → Local Intranet Zone
• Hostname WITH dots → Internet Zone
⚠️ SECURITY IMPACT of Intranet Zone:
• Automatic NTLM/Kerberos credential release (credential theft!)
• Less restrictive ActiveX/script policies
• May bypass security prompts and Mark-of-the-Web
================================================================================
Target IP: 192.168.1.100
================================================================================
🔴 DOTLESS → LOCAL INTRANET ZONE (HIGH RISK - credential leak)
--------------------------------------------------------------------------------
Decimal DWORD
URL: http://3232235876/
Note: CONFIRMED: MS98-016 specifically documents this as Intranet Zone bypass
Hex DWORD (0x prefix)
URL: http://0xC0A80164/
Note: CONFIRMED: Numeric hostname without dots → Intranet Zone
Octal DWORD
URL: http://030052000544/
Note: Octal integer without dots → Intranet Zone
🟢 DOTTED → INTERNET ZONE (normal security)
--------------------------------------------------------------------------------
Standard Dotted Decimal
URL: http://192.168.1.100/
Dotted Hex
URL: http://0xC0.0xA8.0x1.0x64/
...