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S.S.A_Domain Information Scout

The "Domain Information Scout" Python Module is a valuable script for anyone using S.S.A in gaining insights into a domain's characteristics and infrastructure. Whether you're a security professional, a researcher, or simply curious about a website, this script simplifies the process of gathering comprehensive domain information.

Domain Information Scout: A Python Script for Comprehensive Domain Analysis

In the vast landscape of the internet, domain names serve as the addresses of websites, making them an essential component of the digital world. Analyzing and understanding domain information is crucial for various purposes, including security, research, and general curiosity. To simplify the process of gathering comprehensive domain data, a Python script named "Domain Information Scout" has been developed. In this blog post, we'll explore the capabilities of this script and how it empowers users to extract valuable insights about domains.

The Domain Information Scout Script:

The "Domain Information Scout" script is a versatile Python program that harnesses the power of various libraries and external tools to collect detailed information about a specified domain name. Let's delve into its key features and functionalities.

  1. Domain Information Gathering:

The script begins by prompting the user to input a domain name. Once provided, it initiates the information-gathering process, starting with the resolution of the domain name to an IP address. This fundamental step allows the script to access more detailed information about the domain.

  1. WHOIS Data Retrieval:

One of the critical aspects of domain analysis is the WHOIS information. The script leverages the "whois" library to fetch domain details, including registrar information, creation date, expiration date, updated date, name servers, status, emails, DNSSEC, WHOIS server, and referral URL.

  1. SSL Certificate Information:

For domains that support secure connections (HTTPS), the script attempts to retrieve SSL certificate information. This includes the certificate issuer and the certificate's expiration date, which can be vital for understanding the security of the domain.

  1. HTTP Response Headers:

The script also collects HTTP response headers from the domain, providing insights into the security measures in place. It extracts information such as Content Security Policy (CSP), Strict Transport Security (HSTS), and X-Frame-Options.

  1. Geolocation Data:

Understanding the geographic location of a server can be valuable for various purposes. The script makes use of geolocation APIs to gather data on the country, region, city, latitude, and longitude associated with the domain's IP address.

  1. Subdomain Scanning:

The presence of subdomains can reveal additional services or areas of interest. The script attempts to find subdomains associated with the domain, providing a list of discovered subdomains.

  1. Port Scanning with NMAP:

One of the script's unique features is its ability to conduct port scanning using NMAP. This can help users identify open ports and services associated with the domain, enhancing the overall understanding of its infrastructure.

  1. HTML Report Generation:

To present the collected data in an organized and easily readable manner, the script generates an HTML report. This report includes various sections, such as IP address, domain name, registrar, subdomains, SSL certificate details, HTTP headers, geolocation information, and the results of the port scan. The HTML report is styled with a customized design for clarity.

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