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#Crack wps wifi password android crack

The operation of this program is really simple, since we will simply have to follow the configuration wizard via the console that you can see there. Thanks to this, with this program we can attack the WPS by both methods (dictionary and brute force). Test all possible pins (brute force) : this functionality will allow us to attack the WPS protocol through brute force, to test all possible PINs.

#Crack wps wifi password android crack

Thanks to this function, we can test 3 or 5 default PINs and crack the WPS in seconds, without the need to attack it by brute force.

Test generic PIN / calculated by algorithm : once we have searched for all the targets with WPS activated, we can use this option to show us and the program will test the PINs that we have in the PIN database.

It is the first thing we will have to do.

Search for targets with WPS enabled : this functionality will allow us to search for all the routers around us that have WPS enabled.

When executing it, we will have different options: The WPSPinGenerator program (Attacks WPA with PINS generator) is one of the best to attack WPS by dictionary. This means that a certain router has one or more preconfigured PINs that we can test, because if the user has not changed this preconfigured WPS PIN, we can enter the WiFi wireless network directly by trying several PINs that are well known. Some routers of the operators and also some routers that we can buy in the market, have a factory preconfigured WPS PIN. We are going to indicate the tools that we use for WiFi audits, because currently we have several programs (scripts) that do exactly the same functionality, but we will have different alternatives for you to choose. Once we have seen the WiFiSlax menu with all the tools, we are going to see what methods we can use to crack the WPS and what tools we can use. Next, you can see all the tools currently available in WiFiSlax, to go to the WPS section you have to click on « Start / WiFiSlax / Wireless WPS «, as you can see here: Currently, in WiFiSlax we have a large number of tools to attack the WPS by different methods, either by brute force, by dictionary with the PIN generator, and also with other methods such as the Pixie Attack attack. WiFiSlax is one of the Linux-based distributions most used for auditing wireless networks, whether they are networks with WEP, WPA, WPA2 encryption and can also attack WPS (Wi-Fi Protected Setup). WiFiSlax: The Swiss Army Knife to Crack WPS

There are currently programs that you can leave running and they could automatically connect to the router when we press the WPS button, and obtain the WPA-PSK or WPA2-PSK key, therefore, using the WPS with a button is also a risk for 60 or 120 seconds. This also has an intrinsic security problem, and it is that during this time we will be “vulnerable” to an intruder connecting to our network. The other connection method is by pressing a button on the router, by pressing this button, any device that connects in a time between 60 and 120 seconds will be able to access the wireless network without the need to enter any PIN or password. However, we have found that many operator routers do not have this protection, so we could easily and quickly violate them. Some router manufacturers have incorporated into their routers a limit of unsuccessful attempts in the WPS, depending on the manufacturer and how they have programmed the firmware, we can enter the PIN about 5 times, later the router will block access to the WiFI network by WPS PIN definitively, and it can no longer be used. Taking into account that we have 11,000 possibilities, brute force cracking is very feasible, and can be achieved in about 48 hours maximum. Finally, according to the standard, the last digit of the PIN2 serves for the checksum of the rest of the PIN, therefore, it is not a key digit but is calculated based on the other 7 digits, for this reason, the number of combinations that a WPS PIN has is only 11,000 possibilities. PIN separately, which greatly facilitates its brute force attack. However, by the very construction of the WPS, this WPS PIN is divided into two subPINs of four digits each, therefore, the probabilities are 10,000 for the first PIN and 10,000 for the second PIN, and these can be cracked. The big problem with WPS comes with the introduction of the PIN number, because it can only have a minimum of 8 digits and at most, in this way, we would have a number of combinations of 100,000,000 possibilities.