Enum4linux : Non, car l'outil original en Perl est complètement obsolète et n'est plus mis à jour. Utilise impérativement sa réécriture moderne : enum4linux-ng BeEF : Non, car le framework est quasiment mort en conditions réelles. Les navigateurs modernes ont bloqué toutes les failles de persistance qu'il exploitait. Utile uniquement en lab très ancien ou pour de la sensibilisation de base. privilèges Windows n'est plus maintenu depuis des années et manque totalement de couvertures pour les failles récentes de Windows 10/11 et Server. Privilégie PEASS-ng ou Sherlock (le script PowerShell). PowerUp : Non, car ce script PowerShell mythique fait partie du framework PowerSploit qui est officiellement abandonné. Il se fait instantanément détruire par l'AMSI de Windows aujourd'hui. JuicyPotato : Non, car les techniques d'abus de privilèges SeImpersonate qu'il utilise ont été corrigées par Microsoft sur les versions modernes de Windows (Windows 10 1809 et Server 2019 ). Utilise à la place LocalPotato ou GodPotato. XSSTrike : Non, car le projet est abandonné et ne gère pas du tout les frameworks JavaScript modernes (React, Angular, Vue). Mieux vaut faire son fuzzing manuellement ou via des outils comme Caido ou Nuclei. Sublist3r : Non, car cet outil est cassé depuis que la majorité des moteurs de recherche ont bloqué ou modifié leurs API de scraping sans clé. Utilise Amass ou subfinder. Nikto : Non, car il est d'une lenteur historique et génère un bruit monstrueux dans les logs pour des résultats souvent obsolètes. Préfère Nuclei pour du scan de vulnérabilités web moderne.

You enumerate further: enum4linux -a <target-IP> smbclient -L //<target-IP> -N You find anonymous access enabled on a share. Heart racing this is exactly what you practiced on Hack The Box. You connect: smbclient //<target-IP>/share_name -N Files everywhere. But you’re not here to steal you’re here to prove the risk.

F5 BIG-IP機器の侵害を起点に、Active Directoryまで到達する多段階攻撃が確認された。境界防御機器そのものが侵入口へ変わる危険性が改めて浮き彫りになった。 Microsoftによると、攻撃者はサポート終了済みのF5 BIG-IP Virtual Editionを悪用し、LinuxサーバーへSSH接続した。対象はAzure上で稼働するBIG-IP 15.1系で、2024年末にEOLを迎えていた。侵入後はsudo権限を持つアカウントを利用し、永続化を使わず手動操作で活動を継続した。 攻撃者はNmapやgowitnessを使って内部ネットワークを探索し、Windowsサーバーに対してenum4linux、netexec、kerbrute、responderなどで横展開を試行。その後、内部Confluenceサーバーの未修正脆弱性を悪用してRCEを獲得した。Confluenceは外部公開されていなかったが、内部侵入後に到達可能となった。 さらにserver.xmlやconfluence.cfg.xmlから認証情報を窃取し、Kerberosリレー攻撃やCVE-2025-33073悪用へ発展。PetitPotamやDNS操作ツールを利用し、最終的にドメインコントローラーへの攻撃が行われた。 Microsoftは、F5やVPN、ロードバランサーなどの境界機器をTier-0資産として厳格管理する必要があると警告している。NTLM無効化、SMB/LDAP署名、認証保護強化、内部Webアプリへの迅速なパッチ適用も推奨された。 cybersecuritynews.com/f5-big…

@0xa3f7 @traenunnink @enum4linux

لأدوات اللي فادتني كثير: * Nmap * Hydra * John * Metasploit * Searchsploit * CrackMapExec * smbclient * enum4linux * WPScan * dirb * curl * MySQL client

ركز ان لكل خدمة لها طريقة تفكير مختلفة يعني ادوات مختلفه مثل FTP → anonymous login SMB → enum4linux / smbclient HTTP → dirb / whatweb / nikto WordPress → wpscan SSH → brute force (hydra) المشكلة مو في الأدوات المشكلة متى تستخدمها لان بعض الاسئله تقدر تلاقي

𝗛𝗮𝗻𝗱𝘀-𝗢𝗻 𝟰𝟱 𝗖𝘆𝗯𝗲𝗿𝘀𝗲𝗰𝘂𝗿𝗶𝘁𝘆 𝗣𝗿𝗼𝗷𝗲𝗰𝘁𝘀 𝗙𝗼𝗿 𝗔𝗹𝗹 𝗦𝗸𝗶𝗹𝗹 𝗟𝗲𝘃𝗲𝗹𝘀 💻🛡️ 𝗕𝗲𝗴𝗶𝗻𝗻𝗲𝗿 𝗟𝗲𝘃𝗲𝗹 🔵 1. Exploring OSINT with Maltego 2. DNS Enumeration 3. Simple ARP Spoofing Attack 4. Creating Fake Login Pages 5. Understanding Cookies and Sessions 6. Creating Custom Wordlists 7. SQLMap Usage for SQL Injection 8. Basic Firewall Evasion Techniques 9. HTTP Headers Analysis 10. Exploring File Inclusion Vulnerabilities 11. Understanding VPNs and Proxychains 12. Burp Suite Basics 13. Command Injection 14. Password Hash Cracking with Hashcat 15. Setup CTF Challenge ━━━━━━━━━━━━━━━━━━ 𝗜𝗻𝘁𝗲𝗿𝗺𝗲𝗱𝗶𝗮𝘁𝗲 𝗟𝗲𝘃𝗲𝗹 🟡 16. Conducting Phishing Campaigns 17. Reverse Engineering Basics 18. Cross-Site Scripting (XSS) Automation 19. Setting Up a Virtual Lab for Pentesting 20. Email Spoofing 21. Exploiting Web Sockets 22. Command and Control Using Netcat 23. Router Exploitation 24. Enumeration with Enum4Linux 25. Creating Custom Exploits for Web Applications 26. Using Wi-Fi Pineapple for MITM Attacks 27. Exploring Buffer Overflow on Linux 28. Network Recon with Airodump-ng 29. Privilege Escalation on Windows 30. Automated SQL Injection with jSQL ━━━━━━━━━━━━━━━━━━ 𝗔𝗱𝘃𝗮𝗻𝗰𝗲𝗱 𝗟𝗲𝘃𝗲𝗹 🔴 31. Custom Bruteforce Tools with Python 32. Advanced SQL Injection Automation 33. Creating Persistent Backdoors 34. NTLM Hash Extraction 35. Social Media Phishing Campaigns 36. Advanced Network Tunneling 37. Developing WAF Bypass Techniques 38. Password Spraying Attack 39. Reverse Engineering for Malware Analysis 40. Automating Reconnaissance with Python 41. Custom Protocol Exploitation 42. Bypassing Two-Factor Authentication 43. Code Injection Exploits for Shellcode Execution 44. Zero-Day Vulnerability Research 45. End-to-End Pentest Simulation #CyberSecurity #EthicalHacking #Python #RedTeam #BugBounty

IF YOU USE CLAUDE CODE FOR PENETRATION TESTING, THIS PROXY BELONGS IN YOUR SETUP. LLM-anonymization by zeroc00I. The problem it solves: every bash output, file read, nmap result, and grep snippet that Claude Code processes gets sent to Anthropic's API. On a client engagement, that means real hostnames, internal IPs, domain usernames, hashes, credentials, and org names, leaving your machine. This proxy sits in between. Claude never sees the real data. Your terminal does. HOW IT WORKS You set: ANTHROPIC_BASE_URL=http://localhost:8080 That's it. @claudeai Code runs normally. Every outbound message passes through two anonymization layers before reaching Anthropic, and every response is deanonymized before Claude Code sees it. Layer 1: Regex (deterministic) Covers everything with a known pattern: > IPv4/IPv6, CIDRs > MD5, SHA1, SHA256, NTLM hashes > MACs, emails, domains, FQDNs, URLs > AWS/cloud tokens, JWTs, API keys, session tokens Layer 2: Local LLM via @ollama (@Alibaba_Qwen 3:1.7b by default) Covers everything context-dependent: > Bare hostnames (DC01, FILESERVER-PRD) > Domain usernames (CONTOSO\jsmith) > Cleartext passwords > Org names, person names, internal project names > Sensitive file paths SURROGATE FORMAT Surrogates are realistic but non-routable: > 192.168.1.10 becomes 203.0.113.47 (RFC 5737 TEST-NET) > contoso.local becomes xkqpzt.pentest.local > john.smith becomes user_rfkw > C0nt0s0@2024! becomes [CRED_XK9A2B3C] The same original always maps to the same surrogate within an engagement. Mappings persist in SQLite, isolated per ENGAGEMENT_ID so the same IP at two different clients maps to different surrogates. COVERAGE 49 pentest fixtures. 645 test items. 100% catch rate enforced. Fixtures include: nmap, mimikatz, CrackMapExec, Burp Suite HTTP history, enum4linux, LDAP dumps, Metasploit, Kerberos, NTLM, AWS keys, AD CS, Empire C2, Pacu, Volatility, GoPhish, Shodan, CloudTrail, Zeek conn.log. 0% leak policy in integration tests: if any string in must_anonymize appears in anonymized output, the test fails. SELF-IMPROVEMENT LOOP When new tool output formats aren't covered, the improvement cycle is: 1. Add a new fixture with must_anonymize and safe_to_keep lists 2. Run auto_improve.py (no Ollama needed, completes in 5 seconds) 3. It classifies leaks, applies safe regex fixes automatically 4. Run integration tests with Ollama to validate the full pipeline Fixes from one fixture reliably improve others. Domain\user patterns added for CrackMapExec also improved Responder and NTDS fixtures. DEPLOYMENT Option A: VPS SSH tunnel (proxy and Ollama on remote VPS, nothing installed locally) Option B: Native Python local Ollama (Apple Silicon) Option C: Full Docker (CPU only) No privacy guarantee against metadata or writing-style correlation. Check your NDA before using cloud AI on client engagements, regardless.

Day 5/50 ✅ #50daysofPentesting Today I switched from theoretical to practical part of Module 4: Footprinting 💻 What I Studied Today: I think host-based enumeration is where you actually start touching real services and see what actual process looks like . So today, I studied , FTP (vsftpd), where the goal is hunting for Anonymous Authentication misconfigurations. By logging in as "anonymous" with a blank password, you can get sensitive file here . then , I dived into SMB, focusing on null Sessions and Shared enum. tried to use tools like smbclient or enum4linux which allowed me to map out hidden network shares and user lists. this wass nice one. then moving to databases, tried to grasp MySQL, focused on mainly like service Banner Grabbing and Remote Access enum , btt here i failed very hardd , it need more time and more study . Once I pull the versioning via Nmap, then it’s all about using the mysql client to probe for non-default Databases and dumping tables for high-value data. Finally, I hit MSSQL, where it changes to Windows Authentication and Instance Metadata. yesterday's theory specially that "questions & 3 principles" hit completly diff today — there’s always more than meets the eye, distinguish seen vs unseen, and there are always ways to dig deeper. I also worked on real lab targets, connected, listed shares, ran queries, checked databases and saw exactly how each service gives away info before any attack even starts. hands-on practice is what you make skilled professional. So practicing commands , playing with terminal will be continue. let's face each day with more hardwork & disciplines. less connect 🤝 @theCyberSidd @hackthebox_eu #50daysofPentesting #Pentesting #HackTheBox #HTB #CyberSecurity #EthicalHacking #RedTeam #InfoSec #htbacademy #LearnInPublic

次世代のSMB情報収集ツール 『enum4linux-ng』 dflabo-jp.tech/how-to-use-en…

Day 92 - #100DaysOfCybersecurity Today I continued Module 3 of my Ethical Hacker course, focusing on an important phase of active reconnaissance: Enumeration. Enumeration goes beyond simple scanning. While scanning identifies open ports and services, enumeration extracts detailed information from those services, helping a penetration tester better understand the target environment. Types of Enumeration I Learned Today 🔎 Host Enumeration This involves identifying systems on a network. Tools like Nmap or Masscan can perform host discovery scans to determine which devices are active within a subnet. 👤 User Enumeration Attackers attempt to discover valid usernames within a system. For example, using SMB (Server Message Block) over TCP port 445, tools like Nmap scripts can enumerate user accounts from Windows systems. 👥 Group Enumeration This technique identifies user groups and their memberships within a system. Understanding group roles helps attackers determine privileged accounts or administrative groups. 📁 Network Share Enumeration Shared folders and network resources can expose sensitive data. Tools such as Nmap SMB scripts, smbclient, or enum4linux can reveal shared directories and permissions. 🌐 Web Application Enumeration Once a web server is discovered, the next step is mapping the web application’s attack surface. Tools like Nmap http-enum scripts or Nikto help identify directories, admin panels, and potential vulnerabilities. ⚙️ Service Enumeration This process identifies services running on a host and gathers additional details such as software versions, configurations, and authentication mechanisms. Exploring Packet Crafting with Scapy I also explored Scapy, a powerful Python-based framework used for packet crafting and network experimentation. With Scapy, penetration testers can: - Craft custom packets - Send probes to target systems - Analyze network responses - Build custom scanning scripts For example, a simple ICMP packet can be crafted and sent to a host to observe how the system responds. Key lesson 💡 Enumeration is where reconnaissance becomes deep intelligence gathering. By combining tools like Nmap, enum4linux, smbclient, Nikto, and Scapy, a penetration tester can reveal users, services, shares, and system configurations that may later lead to exploitation. Next step: Hands-on labs to practice the enumeration techniques I just learnt. @jay_hunts @ireteeh @segoslavia #RedTeamer #Cybersecurity #EthicalHacking #PenetrationTesting #Nmap #Scapy

اهم الأدوات اللي بتحتاجها بالاختبار: Nmap hydra / john FreeRDP / smbclient netcat Metasploit / Searchsploit gobuster / dirb / curl enum4linux Burp Suite
 أوامر الـ Pivoting / IP Routing: 
ip route add <network> via <gateway>
run autoroute -s <network>

【オプション一覧つき】 enum4linuxの使い方を徹底解説！ dflabo-jp.tech/how-to-use-en… #SMB #enum4linux

New detailed write-up on emptyarray.com: TryHackMe Basic Penetration Testing — Full Walkthrough This is a complete step-by-step breakdown of John Hammond’s excellent video on the classic TryHackMe beginner room. Every command explained: • nmap recon • gobuster enumeration • enum4linux SMB analysis • hydra brute-force • LinPEAS priv-esc • SSH key cracking with john Huge thanks to @_JohnHammond for the original tutorial! Article: emptyarray.com/articles/tryh… John’s Channel: youtube.com/@_JohnHammond #TryHackMe #Pentesting #CyberSecurity #BugBounty #EthicalHacking #CTF #Linux #Shellcraft

Enumerated a vulnerable host using enum4linux, identifying the system METASPLOITABLE in the domain. Found FTP running VSFTPD 2.3.4, a version known for a backdoor vulnerability. Using Metasploit, I leveraged the backdoor module and successfully gained a root shell. @ireteeh

🚨 A Little Guide to SMB Enumeration 🔥 Telegram: t.me/hackinarticles ✴ Twitter: x.com/hackinarticles SMB (Server Message Block) is widely used for file and resource sharing in Windows environments. During penetration testing, SMB enumeration helps identify shares, users, hostnames, and potential vulnerabilities that could lead to system compromise. () ⚡ Key Tools for SMB Enumeration 🔎 Nmap (nbstat / smb-os-discovery / smb-enum-shares) 🧠 Enum4linux 📂 SMBMap 💻 smbclient 🌐 nbtscan 🖥️ nmblookup 🧾 rpcclient ⚔️ CrackMapExec 💣 Metasploit: smb_enumshares 🧬 Metasploit: smb_lookupsid 🐍 Impacket: lookupsid These tools help security professionals enumerate SMB shares, users, SIDs, hostnames, and vulnerabilities during reconnaissance and penetration testing. () 📖 Article: hackingarticles.in/a-little-… #CyberSecurity #Pentesting #EthicalHacking #SMB #RedTeam #ActiveDirectory #InfoSec

LinPEAS/WinPEAS for Linux/Windows enumeration, and Enum4linux for SMB shares

🔥 You can now ask Kali Linux tools in plain English powered by Anthropic Sonnet 4.5 Through MCP, Claude SSHs into Kali to run tools like nmap, gobuster, nikto, hydra, sqlmap, metasploit, john wpscan, enum4linux-ng, checks dependencies, and returns results in-app #kali #ClaudeAI

enum4linux-ng, comprobar dependencias y obtener resultados en la aplicación.

Step 4: Install the Full Tool Suite Fix the warnings by installing the complete list of tools the MCP server natively hooks into: sudo apt install -y mcp-kali-server dirb gobuster nikto nmap enum4linux-ng hydra john metasploit-framework sqlmap wpscan wordlists Don't forget to extract rockyou: sudo gunzip -v /usr/share/wordlists/rockyou.txt.gz