AiroPeek's functions summarize wireless LAN management requirements, including testing, security analysis, wireless LAN supervision, remote wireless LAN analysis and application layer protocol analysis. In addition, AiroPeek NX is designed to speed up the resolution of wireless LAN problems. The main function of AiroPeek NX is the ability to detect wireless LAN problems and diagnose 802.11 problems.
Strictly speaking, AiroPeek is not a pure wireless AP search tool. It has the network packet stealing and analysis functions of software such as Sniffer, which decodes the 802.11a/b/g protocol and displays management information packets, control information packets and data information packets.
After capturing data packets through AiroPeek, you can see the IP addresses, packet sending statistics, etc. of all nodes in the network. AiroPeek displays the network topology in the form of a schematic diagram, allowing you to understand the structure of the network very intuitively.
AiroPeek wireless network passwordUnlockSoftware usage introduction
What everyone often uses AiroPeek to do is to unlock wireless Internet restrictions.
To put it more clearly: the key to unlocking your wireless network.
Laptops generally come with a wireless network card. If there is a signal nearby, you can usually receive it.
But the problem is that most signals are encrypted. You can use AiroPeek to unlock the password, so that you can access the Internet for free.
In this way, you can steal other people's wireless networks and save yourself a lot of network fees.
But AiroPeek itself is in English, and many people who don’t speak English well don’t know how to use it.
With ordinary software, when it comes to WEP encryption, you can't figure out the structure of the wireless network, but AiroPeek can do it. AiroPeek is not a pure wireless AP search tool.
This also means that AiroPeek can unlock passwords
Special reminder
AiroPeek supports the decoding of WEP encrypted data streams of different lengths. It can decode over the air by naming multiple keys, and includes a convenient command line to decode the captured encrypted packet files, so even if WEP-encrypted wireless signals are used, they still cannot escape AiroPeek's "fingertips".
The data packet contains various information. In addition to seeing the source (Source) and destination (Destination) addresses, the protocol allows us to sort and see all 802.11-related data packets. If necessary, we can also analyze the contents of the data packet in depth.
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