Karl.Fail

Tag: GPL-3.0

  • BBOT: The Swiss Army Knife for Recon, Bug Bounties, and ASM

    Meet BBOT: Your New Favorite Recon Tool

    BBOT (short for Bee·bot) is a powerful, multipurpose Python-based scanner designed to automate recon, bug bounty hunting, and attack surface management (ASM). Inspired by tools like Spiderfoot but modernized for today’s needs, BBOT delivers speed, modularity, and scalability for cybersecurity professionals and hobbyists alike.

    With native support for multiple targets, extensive output options, and seamless integration with popular APIs, BBOT is more than a tool-it’s a full-fledged recon framework that adapts to your workflow.

    Why BBOT?

    Reconnaissance is the foundation of offensive security. BBOT streamlines this critical phase with:

    • Subdomain enumeration that consistently outperforms other tools
    • Web spidering and email harvesting
    • Light and aggressive web scanning presets
    • YAML-driven customization with modular architecture
    • Support for over a dozen output formats including Neo4j, CSV, JSON, and Splunk

    Installation Made Simple

    To get started with BBOT, simply run:

    pipx install bbot

    For the latest development version:

    pipx install --pip-args '--pre' bbot

    Docker images and advanced installation options are available via the official Getting Started guide.

    Core Features & Usage Examples

    Subdomain Enumeration

    Discover subdomains using passive APIs and brute-force techniques:

    bbot -t evilcorp.com -p subdomain-enum

    BBOT finds 20-50% more subdomains than other tools, especially on larger domains.

    Web Spidering

    Extract emails and files by crawling target websites:

    bbot -t evilcorp.com -p spider

    Email Harvesting

    Scrape email addresses from web content and APIs:

    bbot -t evilcorp.com -p email-enum

    Web Scanning

    Run lightweight or aggressive web scans:

    bbot -t www.evilcorp.com -p web-basic
bbot -t www.evilcorp.com -p web-thorough

    Everything at Once

    For comprehensive recon in one go:

    bbot -t evilcorp.com -p kitchen-sink --allow-deadly

    Targets and Scope

    BBOT accepts a wide range of target types, including:

    • Domains (e.g. evilcorp.com)
    • IP ranges (e.g. 1.2.3.0/24)
    • URLs, emails, organizations, usernames
    • Even mobile app package names and file paths

    Define scope via command-line or config files to keep scans focused and efficient.

    Output Options

    BBOT can export scan data to:

    • Neo4j, Elasticsearch, and Splunk for advanced querying
    • Slack, Discord, and Microsoft Teams for real-time alerts
    • SQL databases and CSV/JSON files for storage and analysis

    Security and Dependencies

    BBOT supports API key configuration for services like Shodan, VirusTotal, and SecurityTrails. Keys can be added to your ~/.config/bbot/bbot.yml file or passed directly via the command line.

    All dependencies are auto-installed, and Ansible scripts are provided for streamlined environment setup.

    Python API for Developers

    Use BBOT as a library for custom applications. Both synchronous and asynchronous scanning are supported:

    from bbot.scanner import Scanner
scan = Scanner("evilcorp.com", presets=["subdomain-enum"])

    Community & Contributions

    BBOT thrives on community contributions-from module ideas to code enhancements. Check out the developer docs to get involved.

    Final Thoughts

    BBOT isn’t just another recon tool. It’s a flexible, extensible framework built for modern offensive security workflows. Whether you’re working on bug bounties or managing enterprise attack surfaces, BBOT gives you the power to automate and innovate your reconnaissance efforts.

    Ready to scan smarter? Explore BBOT now.

  • Bettercap: The Swiss Army Knife for Network Attacks and Reconnaissance

    Introduction

    If you’re a red teamer, pentester, or cybersecurity enthusiast looking for a powerful and portable tool for network-based reconnaissance and attacks, Bettercap should be on your radar. Written in Go, Bettercap is a flexible, all-in-one framework that empowers users to analyze, attack, and manipulate a variety of wired and wireless protocols with ease.

    With modules for WiFi, Bluetooth Low Energy (BLE), Ethernet, HID, and even CAN-bus networks, Bettercap stands out as a versatile toolkit for both offensive and defensive security operations.

    Purpose and Real-World Use Cases

    Bettercap is built to streamline the workflow of security researchers and red teamers. It enables users to:

    • Perform WiFi reconnaissance and client deauthentication attacks
    • Capture WPA/WPA2/WPA3 handshakes using PMKID and handshake-based methods
    • Scan and interact with BLE devices
    • Inject HID frames for MouseJacking-style attacks
    • Analyze and fuzz CAN-bus networks
    • Conduct MITM (Man-in-the-Middle) attacks on IPv4/IPv6 using ARP, DNS, NDP, and DHCPv6 spoofing
    • Sniff credentials and manipulate network traffic at multiple layers

    Whether you’re simulating attacks in a corporate red team engagement or experimenting in a lab environment, Bettercap provides a streamlined and scriptable platform for tactical operations.

    Installation and Setup

    Bettercap can be easily installed on most Linux distributions and macOS systems. Pre-built binaries and setup guides are available on the official website.

    Basic installation on Linux:

    sudo apt install bettercap

    To use Bettercap effectively, root privileges are typically required due to the nature of its low-level network operations.

    Core Features and Modules

    Bettercap boasts a robust set of modules and capabilities, including:

    • WiFi Attacks: Scan networks, perform deauth attacks, and capture handshakes.
    • BLE Recon: Scan, enumerate characteristics, and read/write to BLE devices.
    • MouseJacking: Inject over-the-air HID payloads with DuckyScript support.
    • CAN-bus Support: Decode, inject, and fuzz frames using DBC files.
    • MITM Toolset: ARP, DNS, NDP, and DHCPv6 spoofers for IPv4 and IPv6 attacks.
    • Proxy Support: Packet-level, TCP-level, and HTTP/HTTPS proxies with JavaScript plugin scripting.
    • Credential Sniffer: Harvest sensitive data and use as a network protocol fuzzer.
    • Port Scanner: Fast and efficient scanner for open ports and services.
    • REST API and Web UI: Automate workflows with a full-featured API and intuitive web interface.

    Security Considerations and Dependencies

    Bettercap is a powerful tool intended for ethical and legal use only. Due to its ability to perform active network attacks, users should:

    • Use Bettercap in controlled environments or with explicit permission
    • Run it with proper administrative privileges (e.g., root)
    • Ensure any custom scripts or plugins are verified and secure

    Its modular architecture and scriptable APIs mean that care should be taken when deploying Bettercap in production-like environments to avoid unintentional network disruption.

    Conclusion

    Bettercap is a cutting-edge toolkit that unifies multiple reconnaissance and attack vectors into a single, cohesive framework. With support for a wide range of protocols and devices, its flexibility is unmatched in the open-source cybersecurity ecosystem.

    Whether you’re performing wireless attacks, exploring BLE devices, fuzzing a CAN-bus, or orchestrating a full-scale MITM campaign, Bettercap provides the tools you need-all in a streamlined, scriptable, and powerful interface.

    Explore more and get started at bettercap.org.

  • Mastering Web Application Security with the OWASP Web Security Testing Guide

    What Is the OWASP Web Security Testing Guide (WSTG)?

    The OWASP Web Security Testing Guide (WSTG) is a flagship project by the Open Web Application Security Project (OWASP), providing a comprehensive framework for testing the security of web applications and web services. Whether you’re a penetration tester, security analyst, developer, or IT manager, the WSTG helps standardize how you approach web application security testing.

    Created by a global team of security professionals and contributors, WSTG is a living document that’s constantly evolving to address modern threats. It’s widely used across the cybersecurity industry for ensuring thorough assessments and best practices.

    Why WSTG Matters

    Web applications are a primary target for attackers. The WSTG provides:

    • A structured approach to web application security testing
    • Best practice scenarios that cover everything from information gathering to business logic testing
    • Support for penetration testing teams, secure SDLC processes, and auditing standards
    • Globally recognized and regularly updated documentation

    Getting Started

    You can start using the WSTG right away by visiting the official project site. The most stable version is version 4.2, but version 5.0 is actively in development on GitHub.

    Each test scenario is assigned an identifier like WSTG-INFO-02. To ensure consistency across documents and tools, it’s recommended to use versioned identifiers like WSTG-v42-INFO-02.

    How to Use WSTG

    The WSTG is divided into categories, each representing a specific area of concern in web security, such as:

    • Information Gathering
    • Configuration and Deployment Management
    • Authentication and Session Management
    • Input Validation and Business Logic Testing
    • Error Handling and Cryptography

    Each section provides a step-by-step methodology and rationale, allowing testers to follow consistent practices. You can integrate WSTG into your test plans or use it as a standalone manual.

    Contribution and Community

    WSTG is powered by volunteers, and contributions are always welcome. You can help by:

    • Fixing typos and improving documentation
    • Translating the guide into different languages
    • Submitting new test scenarios or improvements via pull requests
    • Joining discussions in the OWASP Slack channel #testing-guide

    Check out the contribution guide to get started. First-time contributors will find helpful resources curated to make onboarding easier.

    Security Considerations

    While the WSTG is a documentation project, it underpins many security assessments. Following its methodology ensures consistent, thorough testing and improves your defense posture. Be sure to:

    • Reference versioned links to maintain consistency
    • Use it alongside automation tools where applicable
    • Stay updated with the latest version for new threats

    Translations

    The guide is available in multiple languages, including:

    • Portuguese (Brazil)
    • Russian
    • French
    • Persian (Farsi)

    This helps non-English-speaking professionals adopt industry best practices without language barriers.

    Final Thoughts

    The OWASP Web Security Testing Guide is more than just a handbook-it’s a foundation for anyone looking to perform in-depth, effective web application security assessments. Its structured approach, community-driven updates, and global reach make it one of the most trusted resources in cybersecurity today.

    Explore the WSTG and start building more secure applications today.

  • Damn Vulnerable Web Application (DVWA): The Classic Playground for Web App Security

    Welcome to DVWA: Learn Web Security the Hands-On Way

    Damn Vulnerable Web Application (DVWA) is a legendary tool in the cybersecurity world, purposefully crafted to be insecure. Built using PHP and MariaDB, DVWA is designed for learning, practicing, and testing web security techniques in a safe and controlled environment.

    Whether you’re a budding ethical hacker, a seasoned pentester, or a developer trying to build more secure applications, DVWA offers a rich environment filled with real-world vulnerabilities. It’s perfect for hands-on practice with web security challenges.

    Use Cases for DVWA

    DVWA is ideal for:

    • Practicing common web vulnerabilities like XSS, SQLi, CSRF, and file inclusion
    • Testing and developing security tools in a controlled environment
    • Teaching web security concepts to students in labs or classrooms
    • Running Capture The Flag (CTF) competitions

    The app includes both documented and hidden vulnerabilities, encouraging exploration and deep learning.

    Installation and Setup

    You can install DVWA in various ways based on your environment and comfort level:

    1. Manual Installation

    Clone the repository and set up the application using Apache, PHP, and MariaDB. You’ll need:

    • Apache2
    • PHP (v7.3+ recommended)
    • MariaDB server and client
    • PHP modules like mysqli and gd

    On Debian-based systems, install dependencies using:

    apt update
apt install -y apache2 mariadb-server mariadb-client php php-mysqli php-gd libapache2-mod-php

    2. Docker

    If you prefer containerization, DVWA has an official Docker image. After installing Docker and Docker Compose, simply run:

    git clone https://github.com/digininja/DVWA.git
cd DVWA
docker compose up -d

    DVWA will be available at http://localhost:4280.

    3. Windows + XAMPP

    Download and install XAMPP, then place the DVWA files in the htdocs directory. Detailed video guides are available for walkthroughs.

    Core Features

    • Multiple Security Levels: Adjust difficulty from low to high for scalable training
    • Wide Vulnerability Coverage: Practice XSS, SQLi, RFI, LFI, CSRF, command injection, and more
    • API Lab: Practice attacks on a dedicated RESTful API
    • Authentication Bypass Configs: Optional settings for disabling login, useful for automation
    • SQLite3 Support: Offers additional flexibility for SQL injection labs

    Security Considerations

    Important: DVWA is intentionally insecure. Never deploy it on a public-facing server. Use it within isolated virtual machines or containers with NAT networking. Misuse could lead to system compromise.

    By default, login credentials are:

    • Username: admin
    • Password: password

    Troubleshooting and Tips

    DVWA provides an extensive troubleshooting guide, including help with database configuration, permission issues, blank pages, and PHP errors. Enable PHP error display for debugging, and consult the video tutorials linked in the repo for additional guidance.

    Final Thoughts

    DVWA remains a cornerstone for anyone serious about understanding web application security. With its flexible deployment options, layered security levels, and support for both beginner and advanced users, it’s an essential tool in the learning arsenal of any cybersecurity enthusiast or professional.

    Set it up, start hacking, and level up your web security skills!

  • HackBrowserData: Extract and Decrypt Browser Data Like a Pro

    What is HackBrowserData?

    HackBrowserData is an incredibly useful command-line tool that allows users to decrypt and export sensitive browser data, including passwords, cookies, bookmarks, history, credit cards, download history, localStorage, and extensions. Developed in Go, it’s compatible with Windows, macOS, and Linux, supporting a broad array of modern browsers.

    This tool is a game-changer for cybersecurity researchers, penetration testers, and forensic analysts. Its ability to automatically extract and format critical browsing data makes it a must-have in many investigative toolkits.

    Real-World Use Cases

    • Digital Forensics: Analyze browser activity during incident response investigations.
    • Security Audits: Test browser data protection and encryption handling.
    • Password Recovery: Retrieve stored credentials from various browsers (within ethical/legal bounds).
    • Red Teaming: Simulate post-exploitation data extraction scenarios.

    Supported Browsers

    HackBrowserData supports almost every major browser, including:

    • Google Chrome (including Beta and Chromium)
    • Microsoft Edge
    • Brave, Opera, OperaGX, Vivaldi
    • Firefox (all editions)
    • Yandex, QQ, 360 Speed, CocCoc
    • Safari (not supported)

    Browser compatibility is available across Windows, macOS, and Linux, although macOS requires a user password due to Apple’s security model.

    Installation and Setup

    Getting started is easy:

    1. Download the latest binary from the official release page.
    2. Run the binary directly-no installation needed.

    If Windows Defender flags the binary, consider compiling it yourself:

    git clone https://github.com/moonD4rk/HackBrowserData
cd HackBrowserData/cmd/hack-browser-data
go build

    You can also cross-compile for other systems using GOOS and GOARCH.

    Using HackBrowserData

    Basic usage is straightforward:

    hack-browser-data -b all -f json --dir results --zip

    This command scans all installed browsers, outputs the decrypted data in JSON format, and compresses it into a ZIP file inside the results directory.

    You can also specify a browser profile path with:

    hack-browser-data -b chrome -p "C:\Users\User\AppData\..."

    Key Command Line Options

    • -b – Specify browser (e.g., chrome, firefox, all)
    • -f – Output format (json or csv)
    • --dir – Export directory
    • --zip – Compress results
    • -p – Custom profile path
    • --full – Export all browsing data

    Security Considerations

    • Permission Required: You must have access to the system’s browser data files.
    • macOS Restrictions: Decryption on macOS often requires the current user password due to Keychain restrictions.
    • Antivirus Flags: Some security software may flag the binary as malicious. This is a false positive due to its capabilities.
    • Responsible Use: Always use this tool within legal and ethical boundaries. It is intended strictly for security research.

    Final Thoughts

    HackBrowserData is an impressive open-source utility that bridges the gap between browser data and security insights. With multi-platform support, an easy-to-use interface, and strong browser compatibility, it’s ideal for professionals looking to extract and audit browser data responsibly.

    Be sure to check out the project on GitHub and consider contributing to its development!

  • HackTricks: The Ultimate Offensive Security Knowledge Base

    Discover HackTricks: A Goldmine for Ethical Hackers and Red Teamers

    HackTricks is not your average security tool-it’s a living, community-driven encyclopedia packed with practical offensive security techniques, tricks, and tips. Hosted on GitHub and continuously updated by contributors from all over the world, HackTricks is designed to help penetration testers, bug bounty hunters, red teamers, and security enthusiasts navigate the complex landscape of cybersecurity with confidence and clarity.

    What Makes HackTricks Special?

    HackTricks is structured as a knowledge base with clear navigation and deep content coverage. Its real power lies in its comprehensive treatment of topics relevant to both beginners and seasoned professionals, including:

    • Privilege escalation on Windows and Linux
    • Web application attack vectors and bypasses
    • Cloud security (AWS, Azure, GCP)
    • Active Directory and Kerberos attacks
    • Post-exploitation techniques
    • CTF tips, payloads, and enumeration tricks

    This isn’t just a cheat sheet-it’s an actionable playbook for real-world security assessments.

    Getting Started with HackTricks

    You don’t need to install anything to use HackTricks. The entire knowledge base is hosted online and freely accessible at book.hacktricks.xyz. However, if you prefer to have it offline, or want to contribute to the project, you can clone the repository:

    git clone https://github.com/HackTricks-wiki/hacktricks.git

    Then browse the content locally or modify it to fit your workflow.

    Core Features

    • Web-Based Book: Clean, searchable format using GitBook for easy reading
    • Constant Updates: Maintained by contributors and regularly improved
    • Platform Agnostic: Covers techniques for Windows, Linux, web, and cloud environments
    • CTF & Red Team Ready: Ideal for preparing for competitions or professional engagements
    • Contribution Friendly: Fork the repo and submit pull requests to share your own knowledge

    Real-World Use Cases

    HackTricks is used by:

    • Penetration Testers looking to sharpen their skills and keep up with the latest TTPs (Tactics, Techniques, and Procedures)
    • Bug Bounty Hunters who need quick access to bypass techniques or edge-case tricks
    • Red Teams planning engagements and post-exploitation workflows
    • Security Learners diving deep into practical, hands-on hacking knowledge

    Security Considerations

    HackTricks is an educational resource. While it explains techniques that can be used for exploitation, its purpose is strictly educational and ethical. Always ensure you have authorization before applying any technique from HackTricks in the real world.

    Final Thoughts

    HackTricks is the kind of resource you bookmark and return to constantly. It’s fast, detailed, and incredibly practical. Whether you’re on an engagement, solving a CTF, or just exploring new attack surfaces, HackTricks will make your job easier and more effective.

    If you’re passionate about hacking and want a curated, expert-level knowledge base at your fingertips, HackTricks is a must-use resource. Check it out today and level up your offensive security skills!

  • RedTeam-Tools: A Massive Arsenal for Ethical Hackers and Offensive Security Pros

    RedTeam-Tools: Your Ultimate Cybersecurity Swiss Army Knife

    If you’re diving into red teaming, penetration testing, or ethical hacking, look no further than RedTeam-Tools-an expansive, well-curated GitHub repository containing over 150+ powerful tools and resources across the entire attack chain. From reconnaissance to impact, it’s your go-to toolkit for professional red team operations.

    What Is RedTeam-Tools?

    RedTeam-Tools, maintained by A-poc, is a comprehensive collection of open-source utilities tailored for offensive security. The tools range from general-purpose exploits to specialized frameworks, organized clearly by phase: reconnaissance, initial access, execution, privilege escalation, lateral movement, exfiltration, and more.

    Why RedTeam-Tools Matters

    This repository is more than a list-it’s a learning platform, operational library, and quick-start toolkit rolled into one. Red teamers, penetration testers, and security researchers can rely on it to:

    • Speed up recon and attack planning
    • Discover lesser-known but powerful tools
    • Stay current with modern TTPs (tactics, techniques, and procedures)
    • Learn from real-world tips shared by experienced professionals

    Installation and Setup

    RedTeam-Tools itself is a curated index and does not require installation. You simply clone the repo:

    git clone https://github.com/A-poc/RedTeam-Tools

    Each tool in the list includes links to its respective GitHub repository or install instructions, making setup seamless for each utility.

    Core Categories and Examples

    • Reconnaissance: Tools like SpiderFoot, reconFTW, and Shodan help map your target’s external footprint.
    • Initial Access: Frameworks such as EvilGoPhish and TREVORspray support social engineering and spraying attacks.
    • Execution: Deploy malware or exploits with Responder, PowerSploit, and SharpUp.
    • Privilege Escalation: Use LinPEAS, WinPEAS, and Sherlock to escalate permissions.
    • Lateral Movement: CrackMapExec, PsExec, and LiquidSnake make pivoting inside networks more efficient.
    • Command & Control (C2): Full-fledged frameworks like Havoc, Metasploit, and Brute Ratel for post-exploitation control.

    Red Team Tips: From Practitioners to Practitioners

    One of the most valuable sections is the Red Team Tips. These are field-tested techniques such as hiding admin accounts via the registry, bypassing disabled CMD prompts, and evading AV using Microsoft-signed tools. Each tip comes with command-line snippets and credits to seasoned red teamers on Twitter.

    Security Considerations

    This repository is strictly for educational and authorized use only. Many tools are dual-use and can be misused if not handled responsibly. Always ensure you’re operating within legal and ethical boundaries-preferably within lab environments or with explicit permission.

    Licensing and Contributions

    The tools listed fall under various licenses (MIT, GPL, etc.). RedTeam-Tools itself is a directory, so be sure to review each tool’s individual license. Community contributions and updates are welcome via GitHub pull requests.

    Final Thoughts

    RedTeam-Tools isn’t just a GitHub repo-it’s a living knowledge base for offensive security enthusiasts. Whether you’re sharpening your skills or actively engaged in red team ops, this toolkit streamlines your workflow and boosts your capability. Clone it, bookmark it, and share it-it’s a goldmine worth exploring.

    Explore RedTeam-Tools on GitHub

  • Trickest CVE: A Treasure Trove of Exploit Proof-of-Concepts

    Discover Exploits Faster with Trickest CVE

    If you’re working in offensive security, vulnerability research, or blue team defense, having fast access to reliable exploit proof-of-concepts (PoCs) can be a game-changer. Enter Trickest CVE – a curated, continuously updated repository that houses one of the largest collections of publicly available CVE PoCs on GitHub.

    Maintained by the Trickest team, this repository automates the hunt for PoCs by scraping references, scanning GitHub, and organizing results into easy-to-read markdown files categorized by year. Whether you’re validating patches, performing red team engagements, or studying emerging threats, Trickest CVE helps you stay ahead.

    Use Cases in the Real World

    • Quickly test newly disclosed CVEs with working PoCs
    • Receive GitHub notifications for fresh PoC commits
    • Track PoCs relevant to your environment by product name or version
    • Feed your detection engineering pipelines with new threat data

    How It Works

    Trickest CVE combines automation and smart filtering:

    • Collects CVE metadata from cvelist
    • Finds PoCs through CVE reference URLs and GitHub search using find-gh-poc
    • Uses keyword regex and ffuf to detect likely PoCs
    • Filters out false positives with blacklist.txt
    • Automatically merges and formats everything into human-readable markdown

    Installation and Usage

    There’s no traditional install process-this is a GitHub repository you can:

    • Clone locally with git clone https://github.com/trickest/cve
    • Search and browse by year or CVE ID
    • Use the Atom feed for real-time updates: main.atom
    • Customize HTML summaries using the provided templates in summary_html

    Popular CVEs

    The repo features current “hot” CVEs like:

    Security Considerations

    Keep in mind that executing PoCs can be dangerous. Always test in controlled environments and ensure you have proper authorization. Trickest CVE is designed for ethical, research, and educational purposes only.

    Community and Contribution

    Trickest CVE thrives on community support. You can contribute by submitting PoCs, improving search methods, or reporting issues. Get involved via GitHub Issues or tweet ideas to @trick3st.

    Build Your Own Workflows

    If you’re inspired to build customized vulnerability discovery pipelines, Trickest provides a full platform for building and deploying your own automated workflows. Schedule a demo to learn more.

    Final Thoughts

    With its automation, organization, and breadth, Trickest CVE is more than a list-it’s a strategic resource for staying informed and agile in a rapidly evolving threat landscape.

  • Master Web Reconnaissance with reNgine: A Powerful Toolkit for Bug Bounty Hunters

    What is reNgine?

    reNgine is a powerful open-source web reconnaissance and vulnerability scanning suite designed for penetration testers, bug bounty hunters, and cybersecurity teams. It brings together the best of automation, intelligence, and flexibility to streamline your reconnaissance workflow.

    Why Use reNgine?

    Traditional recon tools often lack the scalability and customization modern security teams need. reNgine addresses these gaps with:

    • Highly configurable YAML-based scan engines
    • Continuous monitoring with alerts via Discord, Slack, and Telegram
    • GPT-powered vulnerability reports and attack surface suggestions
    • Real-time subscanning and advanced recon data filtering
    • Database-backed recon with natural language-like queries

    Installation Steps

    1. Clone the repository: git clone https://github.com/yogeshojha/rengine && cd rengine
    2. Configure the environment in .env (set admin credentials, PostgreSQL password, etc.)
    3. Set concurrency levels based on your system’s RAM
    4. Run the installer: sudo ./install.sh

    For full setup on Windows or Mac, check the official documentation.

    Core Features

    • Subdomain Discovery: Find alive domains, filter intelligently by HTTP status or keywords
    • Vulnerability Scanning: Integrated tools like Nuclei, Dalfox, CRLFuzzer, and misconfigured S3 checks
    • Role-Based Access Control: Assign users as Sys Admin, Pen Tester, or Auditor
    • Project Dashboard: Separate scopes for bug bounty, internal testing, or client projects
    • PDF Reporting: Fully customizable reports with branding, executive summaries, and GPT integration

    Enterprise Features

    Organizations can benefit from reNgine’s support for multiple users, periodic scans, and detailed recon data analytics. With support for integrations like HackerOne and robust tooling for data import/export, reNgine fits seamlessly into team workflows.

    Security and Community

    reNgine is backed by a passionate open-source community. You can contribute via pull requests, suggest features, or help with documentation. It uses the GPL-3.0 license and emphasizes secure practices like version-controlled vulnerability reporting and role isolation.

    Final Thoughts

    If you’re serious about recon, reNgine is a must-have. It blends automation with deep analysis, helping you stay ahead in a fast-evolving threat landscape. From hobbyists to professional red teams, reNgine delivers value at every level.

  • Mastering Mobile App Security with the OWASP MASTG

    What is the OWASP MASTG?

    The OWASP Mobile Application Security Testing Guide (MASTG) is the go-to open-source handbook for professionals working in mobile security. Backed by the trusted OWASP Foundation, the MASTG offers a comprehensive, practical guide to mobile app security testing and reverse engineering across both iOS and Android platforms. It aligns closely with the Mobile Application Security Verification Standard (MASVS), forming a powerful duo for ensuring mobile apps are secure by design.

    Why MASTG Matters

    With mobile apps becoming a dominant force in digital interaction, their security is critical. The MASTG provides the technical depth and real-world techniques security testers and developers need to identify vulnerabilities, implement effective defenses, and ensure compliance with industry standards.

    Key Use Cases:

    • Mobile application penetration testing
    • Security audits and compliance verification
    • Training for ethical hackers and developers
    • Reverse engineering for vulnerability research

    How to Get Started

    Getting started with the MASTG is easy. You can:

    Prefer printed or e-book formats? You can find them on lulu.com and Leanpub.

    Core Features

    The MASTG provides detailed, platform-specific security testing techniques, including:

    • Static and dynamic analysis
    • Reverse engineering tools and workflows
    • Testing cryptographic implementations
    • Securing local storage and authentication flows
    • Testing inter-app communication
    • Network traffic inspection and interception

    Each test case is mapped to MASVS requirements, making the guide highly structured and actionable.

    Trusted Across the Industry

    MASTG and MASVS are trusted by platform providers, standardization bodies, governments, and educational institutions worldwide. Their wide adoption ensures that you’re learning and applying up-to-date, relevant security practices recognized across industries.

    Security and Ethical Use

    As with all OWASP tools and resources, the MASTG is intended for ethical and legal use only. Its content supports defenders, auditors, researchers, and developers in improving mobile app security-not exploiting it.

    Get Involved

    Want to shape the future of mobile app security? Join the project on GitHub, participate in discussions, or connect with the community on Twitter via @OWASP_MAS.

    Final Thoughts

    Whether you’re securing a mobile banking app, learning to reverse engineer malware, or building your skillset in mobile security testing, the OWASP MASTG is the most detailed and respected resource available. Start exploring today and level up your mobile security expertise.