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Have you used graph-based analysis for DNS security before? Or do you still rely on manual grep-fu?

: Fog computing is a type of computing that extends cloud computing to an edge network, bringing data computation physically closer to where it is needed. This can reduce latency, improve performance, and enhance privacy and security. A "Fog Network" project might involve implementing such a system for specific applications or use cases.

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. Have you used graph-based analysis for DNS security before

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.

Here's a helpful post based on the assumption that you're looking for information or assistance with Ingot or related projects: This can reduce latency, improve performance, and enhance

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

A GitHub repository for such a project might include: The repository seems to be related to Ingot,

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.

For a comprehensive understanding or a "full report" on the Fog Network's INGOT project, I recommend: