[COLOR="LemonChiffonYour home has walls for privacy, but Wi-Fi signals passing through them and can be detected up to a mile away with a directional Wi-Fi antenna and a direct line of sight. An amazing amount of information can be learned from this data, including when residents come and go, the manufacturer of all nearby wireless devices, and what on the network is in use at any given time.
While we've covered Kismet for wardriving, in which we added a GPS to the mix and drove around to geolocate wireless networks, using Kismet in a fixed position can yield more nuanced information about fixed targets. Rather than simply looking for what access points (APs) are out there, Kismet is excellent at displaying relationships between devices over time.
Using Kismet to spy on users draws from signal intelligence techniques, in which we try to learn about something we can't see by the signals it's giving off. In this case, we are dealing with Wi-Fi, and what we are trying to see is routers and connected devices, human activity, and what devices belong to who. This is enough to piece together a lot more than you might think.
If you knew someone could see not just if you were home or not, but whether you were on your PlayStation or your laptop at any given time, you might be more inclined to switch to a wired network or at least turn Wi-Fi off on devices when you're not using them.
[url]https://www.youtube.com/watch?v=3v_bwtHIToQ[/url]
To work its magic, Kismet uses a wireless network card put in monitor mode to silently scan all available Wi-Fi channels in range for wireless packets. These packets can be automated beacon frames, which wireless APs broadcast multiple times per second, data packets exchanged from associated devices, or probe frames from devices nearby which aren't yet connected to a network but are searching for a network to connect to.
By decoding and combining this data, Kismet visualizes the networks around you, as well as the activity of devices connected to those networks.
What Can Wi-Fi Tell You?
So what can we do with this? Once we identify a network we wish to watch, we can explore nuanced details about it, like what kind of electronics and hardware a business or person has connected to their network. This can allow you to "fingerprint" different types of setups to recognize what a certain configuration of devices might be for. With this setup, a hidden cluster of 3D printers or connected hydroponics gear is as plain as day to see, as are a bunch of smartphones and laptops.
The usefulness of this data depends on who you are. To a thief, the ability to snoop around every house in wireless range to discover expensive electronics would be very useful. Since Kismet can easily detect wireless security cameras, we can completely av*o*id or even potentially target one with a jamming attack. And because we can see when client devices appear, disappear, and use data, it's pretty easy to infer when no one is home.
Even better, by simply wardriving around a neighborhood and combining GPS data with the Wi-Fi signal data, a thief can just build a map of what address each wireless network belongs to. In fact, this data may already exist, as Wigle Wifi and Google both have more Wi-Fi networks on the planet mapped.
[IMG]https://img.wonderhowto.com/img/25/12/63651932408107/0/use-kismet-watch-wi-fi-user-activity-through-walls.w1456.jpg[/IMG]
It should be noted that can also be used as a kind of neighborhood watch to detect suspicious wireless activity in neighborhoods. This can help spot signs of cybercrime, which can be reported to someone who knows how to investigate it since normal cops typically don't. Whatever your intended use, you don't need much to get started diving into peering straight through the walls around you.
What You'll Need
To follow this guide, you'll only need a few things. The first is a Kali-compatible wireless network adapter to scan with, and the second is a Linux system to run Kismet on. While the new version of Kismet can run a variety of wireless cards (including on macOS), we'll be covering the older stable version. We recommend any of the adapters featured in our adapter roundup or a long-range Panda Wireless PAU09 dual-band adapter for capturing on both 2.5 and 5 GHz bands.
[IMG]https://img.wonderhowto.com/img/19/46/63652563181619/0/use-kismet-watch-wi-fi-user-activity-through-walls.w1456.jpg[/IMG]
Kismet will work both on a virtual machine and a Kali-Pi installation if you'd prefer to run it on your Raspberry Pi.
Step 1 - Install Kismet
To install Kismet on Kali Linux, we'll first clone the git repository with the command below.
[code][COLOR="White [URL="https://tik.lat/SLCAT"] [COLOR="white
While we've covered Kismet for wardriving, in which we added a GPS to the mix and drove around to geolocate wireless networks, using Kismet in a fixed position can yield more nuanced information about fixed targets. Rather than simply looking for what access points (APs) are out there, Kismet is excellent at displaying relationships between devices over time.
Using Kismet to spy on users draws from signal intelligence techniques, in which we try to learn about something we can't see by the signals it's giving off. In this case, we are dealing with Wi-Fi, and what we are trying to see is routers and connected devices, human activity, and what devices belong to who. This is enough to piece together a lot more than you might think.
If you knew someone could see not just if you were home or not, but whether you were on your PlayStation or your laptop at any given time, you might be more inclined to switch to a wired network or at least turn Wi-Fi off on devices when you're not using them.
[url]https://www.youtube.com/watch?v=3v_bwtHIToQ[/url]
To work its magic, Kismet uses a wireless network card put in monitor mode to silently scan all available Wi-Fi channels in range for wireless packets. These packets can be automated beacon frames, which wireless APs broadcast multiple times per second, data packets exchanged from associated devices, or probe frames from devices nearby which aren't yet connected to a network but are searching for a network to connect to.
By decoding and combining this data, Kismet visualizes the networks around you, as well as the activity of devices connected to those networks.
What Can Wi-Fi Tell You?
So what can we do with this? Once we identify a network we wish to watch, we can explore nuanced details about it, like what kind of electronics and hardware a business or person has connected to their network. This can allow you to "fingerprint" different types of setups to recognize what a certain configuration of devices might be for. With this setup, a hidden cluster of 3D printers or connected hydroponics gear is as plain as day to see, as are a bunch of smartphones and laptops.
The usefulness of this data depends on who you are. To a thief, the ability to snoop around every house in wireless range to discover expensive electronics would be very useful. Since Kismet can easily detect wireless security cameras, we can completely av*o*id or even potentially target one with a jamming attack. And because we can see when client devices appear, disappear, and use data, it's pretty easy to infer when no one is home.
Even better, by simply wardriving around a neighborhood and combining GPS data with the Wi-Fi signal data, a thief can just build a map of what address each wireless network belongs to. In fact, this data may already exist, as Wigle Wifi and Google both have more Wi-Fi networks on the planet mapped.
[IMG]https://img.wonderhowto.com/img/25/12/63651932408107/0/use-kismet-watch-wi-fi-user-activity-through-walls.w1456.jpg[/IMG]
It should be noted that can also be used as a kind of neighborhood watch to detect suspicious wireless activity in neighborhoods. This can help spot signs of cybercrime, which can be reported to someone who knows how to investigate it since normal cops typically don't. Whatever your intended use, you don't need much to get started diving into peering straight through the walls around you.
What You'll Need
To follow this guide, you'll only need a few things. The first is a Kali-compatible wireless network adapter to scan with, and the second is a Linux system to run Kismet on. While the new version of Kismet can run a variety of wireless cards (including on macOS), we'll be covering the older stable version. We recommend any of the adapters featured in our adapter roundup or a long-range Panda Wireless PAU09 dual-band adapter for capturing on both 2.5 and 5 GHz bands.
[IMG]https://img.wonderhowto.com/img/19/46/63652563181619/0/use-kismet-watch-wi-fi-user-activity-through-walls.w1456.jpg[/IMG]
Kismet will work both on a virtual machine and a Kali-Pi installation if you'd prefer to run it on your Raspberry Pi.
Step 1 - Install Kismet
To install Kismet on Kali Linux, we'll first clone the git repository with the command below.
[code][COLOR="White [URL="https://tik.lat/SLCAT"] [COLOR="white
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