ctf-tools VS scapy

WILL be using this laptop for beginner cybersecurity, (picoCTF type) which requires basic installation of a few tools (see [here](https://github.com/zardus/ctf-tools) or [here](https://blogs.nvcc.edu/kdinh/ctftools/) as wel as adobe photoshop, after effects, premiere pro, any one of android x86/genymotion/anbox/appetize io/waydroid Also need basic multitasking ability (one browser with 20 tabs + command line + at least one CTF or video editing tool + Spotify running at once preferably - if ur suggestion does not fit this criteria still feel free to comment, but state it clearly!)

Popular Tools List

ctf-tools - Collection of setup scripts to install various security research tools easily and quickly deployable to new machines.

Example Network Scanner Scapy

In the last installment we looked at IP headers. One thing you might have seen missing is the port numbers. That's pretty important for making an internet connection. Well it turns out that IP tends to encapsulate other protocols (which is why it has protocol as part of the header). In this article we'll be looking at two popular protocols for internet traffic: TCP and UDP. Before we begin though install scapy which we'll be using to make things easier, and dnslib that will be used during the UDP section:

I've coded my small ARP spoofer in Go because I love the language, though it can very well be coded in other languages, for example Python with Scapy.

Scapy: https://github.com/secdev/scapy

Tshark can't do that. The Wireshark app does update its Conversations window pretty frequently when doing a live capture, so that might be a reasonable alternative. Otherwise you could probably also cobble something together yourself with a tool like scapy or some other Python library, but that would clearly be more work.

I don't know if you can do it within the gui, I don't see anything but perhaps a bit of Python code would do it. There is a python library called Scapy that may have functions to help you along the way.