TraceHunter: Automated OSINT Gathering & Reporting

Customer Challenges

For cybersecurity and intelligence teams relying on manual processes for critical open-source intelligence gathering, including:

Reconnaissance

Manual data collection creates error-prone, incomplete footprints

Threat Intelligence

Manual gathering yields stale data that misses real-time threats

Attack Surface Mapping

Static snapshots fail to capture fluid, modern perimeters 

Vulnerability Discovery

Manual security research isn’t scalable

We offer TraceHunter, automating OSINT to identify client exposures like clickjacking, DNS vulnerabilities, and data leaks. It standardizes methodologies across teams while reducing research timeframes from weeks down to just days.

TraceHunter is an open-source intelligence (OSINT) automation tool used to gather data about IP addresses, domains, emails, personnel, and more from hundreds of public data sources. It’s designed for reconnaissance, threat intelligence, and attack surface mapping with minimal manual effort, through key features such as automatic cyber news alerts and automatic OSINT report generation.

How does TraceHunter work?

Features and Benefits

The Dark Wolf Difference​

Unlike manual OSINT methods, single-source intelligence tools, or generic data scrapers, TraceHunter is a unique, fully automated solution designed for security and intelligence operations. This is demonstrated by its ability to gather and process data from hundreds of public sources and its provision of automatic cyber news alerts and OSINT report generation, drastically reducing the manual effort required for reconnaissance.

Customer Successes

TraceHunter has been successfully implemented as an accelerator in over 21 government projects. In one specific example, our team has been using TraceHunter in an OSINT engagement for the U.S. Air Force and found a publicly facing application (since remediated) that inadvertently exposes sensitive information. This vulnerability allowed our team to track military vehicles around the world to different destinations in real-time.