Wireless Threat Series Podcast
Oct 2, 2026 · 29 min · 13 segments
In this episode of the Wireless Threat Series Podcast, Adrian Sanabria and Jon Bundy demonstrate two live Wi-Fi attacks and how to defend against them: a captive portal attack using a Flipper Zero to…
John BundyHost
Adrian SanabriaHost
So I figured we'll start with something simple, something that's been in the news, and anyone can do it.

I'm gonna show just how easy it is, and what I'm talking about is a captive portal.

You might say, "Well, what's a captive portal?" And that's just an access point, a wireless access point that serves up a webpage and says, "Please log in." We've seen these before-

Yeah, so you connect to the Wi-Fi network, and I, I think one of the advantages here is that you do get the more secure Wi-Fi as opposed to just a, an open Wi-Fi network with no encryption on it, right? So-

Well, in theory you feel that way because you're logging in, but it's still an open network, right?

The open network, as we talked about last time, that just means there's no encryption on it.

But the Wi-Fi traffic itself isn't usually encrypted because you'd need a password to get to the network.

So that's the difference here, right? It's, you're not sending a password to the network to authenticate.

So I figured we'll start with something simple, something that's been in the news, and anyone can do it.

I'm gonna show just how easy it is, and what I'm talking about is a captive portal.

You might say, "Well, what's a captive portal?" And that's just an access point, a wireless access point that serves up a webpage and says, "Please log in." We've seen these before-

Yeah, so you connect to the Wi-Fi network, and I, I think one of the advantages here is that you do get the more secure Wi-Fi as opposed to just a, an open Wi-Fi network with no encryption on it, right? So-

Well, in theory you feel that way because you're logging in, but it's still an open network, right?

The open network, as we talked about last time, that just means there's no encryption on it.

But the Wi-Fi traffic itself isn't usually encrypted because you'd need a password to get to the network.

So that's the difference here, right? It's, you're not sending a password to the network to authenticate.
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