We_D Pentesting Blog

Bug bounty hunting requires a comprehensive toolkit to uncover vulnerabilities and secure web applications. In this blog post, we will explore the top 20 tools and binaries that can supercharge your bug bounty efforts. These powerful tools cover a wide range of functionalities, from web vulnerability scanning to subdomain enumeration and source code analysis. We will focus on how these tools can be leveraged to optimize your bug bounty workflow, with specific examples targeting the domain *.example.com. Let's dive in! A virtual machine (.ova) file where almost all bug bounty tools are installed; specially burpsuite pro with license :) OS: Kali-Linux Version: 2022.1 Download link: https://drive.google.com/file/d/1Tkj3jKOvL7M08zG5JGVoqhZh50VMyM3X/view File size: 6 GB Installed top 20 tools and binaries [1]burpsuite professional [2]zaproxy [3]crlfuzz [4]ffuf [5]kite [6]dalfox [7]nuclei [8]rustscan [9]sqlmap [10]nmap [11]waybackurls [12]subfinder [13]xsstrike [14]nosqlmap [15]gitdu

BloodHound  BloodHound is a tool designed for offensive security and is widely used in Red Teaming exercises. It can help identify privileged access paths in an Active Directory (AD) environment and is a powerful tool for finding potential attack vectors. In this practical writing, we will go through the basics of how to use BloodHound and demonstrate some of its features. First, let's start by installing the BloodHound tool. BloodHound is built to run on Windows, so it is recommended to install it on a Windows machine. The latest version of BloodHound can be downloaded from the official GitHub repository. After downloading and extracting the files, you should install the Neo4j database and set up the BloodHound client. Once BloodHound is installed, the first step is to gather data from the Active Directory environment. To do this, we need to run the BloodHound Ingestor on a machine that is part of the domain. The Ingestor is a PowerShell script that collects data from the AD envir

As a hacker, your reconnaissance process is critical for finding vulnerabilities in your target's infrastructure. However, the traditional recon process can be time-consuming and repetitive. In this blog post, we will show you how to automate your recon process and discover more vulnerabilities using tools like Xray, Nuclei, and Cent. The traditional recon process involves finding subdomains, getting live subs, and testing them for vulnerabilities. To make the process more efficient, we recommend using tools like Subfinder, Assetfinder, Amass, Github-subdomains, and Sublist3r. Here is an example script to help you get started subfinder -d $1 -silent | anew /root/$1/subs.txt assetfinder -subs-only $1 | anew /root/$1/subs.txt amass enum -passive -d $1 | anew /root/$1/subs.txt python sublist3r.py -d $1| anew /root/$1/subs.txt github-subdomains -t <github token> -d $1 | anew /root/$1/subs.txt Once you have the subdomains, you need to check for open ports and get live hosts using

Broken access control vulnerabilities can pose a significant threat to a web application's security. Such vulnerabilities allow unauthorized users to access restricted resources, circumventing the standard security procedures. By exploiting these vulnerabilities, attackers can gain access to sensitive information or systems, resulting in data breaches or other serious security incidents. One of the common ways to prevent unauthorized access is by returning a 403 forbidden response for sensitive endpoints such as .htaccess or config.php. The HTTP 403 Forbidden response status code indicates that the server understands the request but refuses to authorize it. However, if the access control mechanism applied is weak, attackers can bypass the security controls and gain access to restricted resources. In a recent discovery of an IoT service delivery platform, the researcher used directory enumeration with dirbuster wordlists and found a /console endpoint that returned a 403 response. Th