H T T P S : / / F O G N E T W O R K . G I T H U B . I O / I N G O T / [new] ✦

Instead of staring at thousands of lines of txt logs, InGoT generates an interactive graph that maps DNS queries and responses. It helps you instantly spot the difference between legitimate traffic and malicious "ingress/egress" tunnels.

If you manage a network, you know DNS is both a blessing and a curse. It’s essential for operations, but it’s also a massive data dump for attackers using tunneling or C2 communications.

I just came across a lightweight, open-source tool called (Ingress-egress Graph of Tunnels), and it solves a very specific pain point: visualizing DNS tunnels in real-time. Instead of staring at thousands of lines of

A GitHub repository for such a project might include:

The link you provided appears to be a GitHub repository for a project called "Fog Network" with a specific focus on something referred to as "INGOT". However, without direct access to the content of the repository or more context about what you're looking for (e.g., technical details, project overview, implementation guides), I can only provide a general overview of what such a project might entail and the importance of repositories like GitHub in collaborative development. It’s essential for operations, but it’s also a

The repository seems to be related to Ingot, a project by the FOG Network. For those who might not be familiar, FOG is an open-source, free, and popular network cloning and imaging solution that can be used to manage and deploy computer images across a network.

Attackers love DNS because it’s rarely monitored closely. Tools like InGoT lower the barrier to entry for blue teams to actually see what is leaking out of your network. However, without direct access to the content of

Without specific details from the repository, let's consider what "Fog Network" and "INGOT" could imply in a technological or computing context:

https://fognetwork.github.io/ingot/