Cracking Wi-Fi passwords isn't a trivial process, but it doesn't take too long to learn—whether you're talking simple WEP passwords or the more complex WPA. Learn how it works so you can learn. CF-WR752AC-V2.3.0.2: 2018-10-09: Download: CF-WR302S-V2.3.0.4: 2018-09-27: Download: CF-WR752AC-V1.1.0: 2018-07-03. Wireless Router Wireless Adapter Wireless Repeater Others Commercial Products Wireless Router Wireless Ceiling AP Wireless In-wall AP Wireless Outdoor AP Wireless Bridge AC Core Gateway About US. Show Us Your Crack Photo Contest We’ve all been there and we all have at least one, big or small somewhere in our lives a crack has changed the way we feel about our mobile device! Submit a photo of your CRACKED device (smartphone or tablet) and tell us about what happened for your chance to win a Great Repair Prize courtesy of 9.

My WiFi Router is a wireless hotspot creator that can share the Internet connection of a PC with other devices close by.

The program includes a user-friendly interface which is both easy-to-use and a quick way to create a WiFi hotspot.

Creating a hotspot with My WiFi Router is quite simple and only requires the creation of a network name and a password. Once done, click on the 'Activate Free WiFi' button and you've got a wireless hotspot.

The left panel of My WiFi Hotspot includes a list of connected devices including IP address, bandwidth limit and the device name. Furthermore, you can also have My WiFi Hotspot black list devices by MAC address.

My WiFi Hotspot includes some banner ads and news from the developer but apart from that, appears to be clean of malware.

The bottom of the My WiFi Hotspot user interface includes current Internet speed and data saved figures.

My WiFi Router is software which can create WiFi hotspots.

Features and highlights

Easy to Create a secure WiFi hotspot
Share single internet connection(LAN, Ethernet, Data-Card, 3G/4G, WiFi) for multiple devices
Clear and easy to get the details of the connected device (Name, IP Address, Mac Address), and also manage the devices
Share and play your PC videos on other devices including smartphones, tablets & laptop
Extend the range of your home or office WiFi

My WiFi Router 3.0.64 on 32-bit and 64-bit PCs

This download is licensed as freeware for the Windows (32-bit and 64-bit) operating system on a laptop or desktop PC from wifi software without restrictions. My WiFi Router 3.0.64 is available to all software users as a free download for Windows.

Filed under:

My WiFi Router Download
Freeware WiFi Software
Major release: My WiFi Router 3.0
Internet Hotspot Software

Who Is On My Wifi 3.0.2 Cracking

In this post, I’ll talk about the new WiFi related features that have been recently implemented into bettercap, starting from how the EAPOL 4-way handshake capturing has been automated, to a whole new type of attack that will allow us to recover WPA PSK passwords of an AP without clients.

We’ll start with the assumption that your WiFi card supports monitor mode and packet injection (I use an AWUS1900 with this driver), that you have a working hashcat (v4.2.0 or higher is required) installation (ideally with GPU support enabled) for cracking and that you know how to use it properly either for dictionary or brute-force attacks, as no tips on how to tune the masks and/or generate proper dictionaries will be given :)

On newer macOS laptops, the builtin WiFi interface `en0` already supports monitor mode, meaning you won't need a Linux VM in order to run this :)

Deauth and 4-way Handshake Capture

First thing first, let’s try a classical deauthentication attack: we’ll start bettercap, enable the wifi.recon module with channel hopping and configure the ticker module to refresh our screen every second with an updated view of the nearby WiFi networks (replace wlan0 with the interface you want to use):

You should now see something like this:

Assuming Casa-2.4 is the network we want to attack, let’s stick to channel 1 in order to avoid jumping to other frequencies and potentially losing useful packets:

What we want to do now is forcing one or more of the client stations (we can see 5 of them for this AP) to disconnect by forging fake deauthentication packets. Once they will reconnect, hopefully, bettercap will capture the needed EAPOL frames of the handshake that we’ll later pass to hashcat for cracking (replace e0:xx:xx:xx:xx:xx with the BSSID of your target AP):

If everything worked as expected and you’re close enough to the AP and the clients, bettercap will start informing you that complete handshakes have been captured (you can customize the pcap file output by changing the wifi.handshakes.file parameter):

Not only bettercap will check for complete handshakes and dump them only when all the required packets have been captured, but it will also append to the file one beacon packet for each AP, in order to allow any tool reading the pcap to detect both the BSSIDs and the ESSIDs.

The downsides of this attack are obvious: no clients = no party, moreover, given we need to wait for at least one of them to reconnect, it can potentially take some time.

Who Is On My Wifi 3.0.2 Cracked

4-way Handshake Cracking

Once we have succesfully captured the EAPOL frames required by hashcat in order to crack the PSK, we’ll need to convert the pcap output file to the hccapx format that hashcat can read. In order to do so, we can either use this online service, or install the hashcat-utils ourselves and convert the file locally:

You can now proceed to crack the handshake(s) either by dictionary attack or brute-force. For instance, to try all 8-digits combinations:

And this is it, the evergreen deauthentication attack in all its simplicity, performed with just one tool … let’s get to the fun part now :)

Client-less PMKID Attack

In 2018 hashcat authors disclosed a new type of attack which not only relies on one single packet, but it doesn’t require any clients to be connected to our target AP or, if clients are connected, it doesn’t require us to send deauth frames to them, there’s no interaction between the attacker and client stations, but just between the attacker and the AP, interaction which, if the router is vulnerable, is almost immediate!

It turns out that a lot of modern routers append an optional field at the end of the first EAPOL frame sent by the AP itself when someone is associating, the so called Robust Security Network, which includes something called PMKID:

As explained in the original post, the PMKID is derived by using data which is known to us:

Since the “PMK Name” string is constant, we know both the BSSID of the AP and the station and the PMK is the same one obtained from a full 4-way handshake, this is all hashcat needs in order to crack the PSK and recover the passphrase! Here’s where the new wifi.assoc command comes into play: instead of deauthenticating existing clients as shown in the previous attack and waiting for the full handshake to be captured, we’ll simply start to associate with the target AP and listen for an EAPOL frame containing the RSN PMKID data.

Say we’re still listening on channel 1 (since we previously wifi.recon.channel 1), let’s send such association request to every AP and see who’ll respond with useful information:

All nearby vulnerable routers (and let me reiterate: a lot of them are vulnerable), will start sending you the PMKID, which bettercap will dump to the usual pcap file: