Hack wifi network and crack wifi password from android mobile

Like we always android is not just a phone. It’s much more than an average phone. Now here we come with another tricks , that you gonna do with your android phone. Nowadays I receive 10-20 messages on email, Dude how  I hack wi-fi password from android mobile. It is possible or not.


Now I write this post for my readers who daily read my blog and want clear your doubts about wi-fi hacking from android mobile. In this post we briefly describe you how you hack wi-fi network and crack password of any wi-fi from android mobile.
hat you really need for Hacking WiFi from Android Mobile

• Android Phone with good Processor and RAM
• Your Android Phone Must be Rooted (Rooting Guide and advantages of Rooting )
• Good WiFi network signal (which you wanna hack)

There are many apps on Google Play for hacking wifi  from android mobile but believe me guys most of it is fake or pranks. 

Hack or Crack WiFi Password from Android Mobile

WPS Connect (Crack or Hack WiFi Password)

Many Guy say this is fake app but heyguyz this is not a fake app, this is working app for hacking wi-fi password from android mobile. Basically you can  hackwifi network with this app , which hasWPS enabled in security.

• WPS Connect for Crack WiFi Password from Android Mobile
  If you found any wi-fi network in your android mobile, which shows WPS security . You can easily connect with any WPS  security wifi without given any type password. WPS Connect bypass WPS security and give you access to connect with wi-fi without typing any type of password.

Download QR-Code

WPS Connect

Developer: FroX

Price: Free

REQUIRED TO BE ROOT !!!!
With this app you’ll can connect to WiFi networks which have WPS protocol enabled. This feature was only available in version 4.1.2 of Android.
App developed with educational purposes. I am not responsible for any misuse.
WPS: http://es.wikipedia.org/wiki/Wi-Fi_Protected_Setup
WPS Connect is focused on verifying if your router is vulnerable to a default PIN. Many routers that companies install own vulnerabilities in this aspect. With this application you can check if your router is vulnerable or not and act accordingly.
Includes default PINs, as well as algorithms such Zhao Chesung (ComputePIN) or Stefan Viehböck (easyboxPIN).

Download WPS Connect Android App Also Read: 

• Must Have WiFi Apps for Android Mobile
• Top 20 Best Wifi Tricks and Hacks for Android Mobile and PC

WiFi Kill (Disable Other User WiFi Connection)

WiFi Kill disable other userwifi connection and you can loot wholewifi internet speed in your android mobile. If you experience slowwifi internet speed in your android mobile because of too many users on samewifi network. Download WiFi kill and Kick off otherwifi user from yourwifi network.

WiFi Kill

Download WiFi Kill Android App

 ZAnti (Penetration Testing Android App)

ZAnti is also capable of hacking wi-fi network password from android mobile. Basically this app is made for checking security of your wi-fi network. With this app you can disable other wi-fi connection likewifi kill.ZAnti is like a hacking mobile toolkit for hackers. If you really want a hacking android app which can hack other userwifi network and you can do everything you want.

ZAnti

With this app you can hack

• Change Google Result on whole wifi
• Change Website Images on Whole WiFi
• Check other user mac address or ip address
• Session Hijacking on Network
• Many More things.

Downlaod ZAnti Android App

Soon you will get 100 Gbps speed into your computer with Li-Fi Like Systems

Earlier the data which was transferred to our computer was not accurate and had drops while travelling a long way to its final destination that is you.  The data which travelled in the form of light has certain drops in midway due to various reasons. Now, researcher believe it’s all over.
How would it sound if we take the light all the way to the computer or TV, projecting it through the air over the last few meters and only converting it to an electronic signal at the end? That sounds amazing isn’t. The researches at Oxford University is  working on the similar technique with a system that takes light from the fiber, amplifies it, and beams it across a room to deliver data at more than 100 gigabits per second.
Ariel Gomez, a Ph.D. student in photonics at Oxford University who describes the system in IEEE Photonics Technology Letters says that such indoor optical wireless probably wouldn’t replace Wi-Fi, but if compared with data rates of 3 terabits per second and up, it’s certainly amazing and could find its uses. Wi-Fi, by contrast, can give a maximum top speed of about 7 Gb/s. And with light, there’s no worry about sticking to a limited set of radio frequencies. “If you’re in the optical window, you have virtually unlimited bandwidth and unlicensed spectrum,” Gomez says.
So to use this feature, you need to install a base station on the ceiling of a room, which would project the light toward the computer and also receive data heading out from the computer to the Internet.
The transceivers should be mounted with a wide field of view to make the alignment task easier, because the device relies on wavelength division multiplexing, which splits the signal into slightly different colours of light.  Just like a prism, which diffracts the light into several colours, the diffraction grating of the beam steerer bends each wavelength a different amount. With a 60° field of view, the team was able to transmit six different wavelengths, each at 37.4 Gb/s, for an aggregate bandwidth of 224 Gb/s. With a 36° field of view, they managed only three channels, for 112 Gb/s.

The system requires a direct line of sight, and for now the receiver must be in a fixed position. The next step is to develop a tracking and location system so that a user could place a laptop at a random spot on a table and have the system find it and create a link.
The team which is working on this technology also included researchers from University College, London, accomplished this using so-called holographic beam steering at both the transmitter and receiver ends. These use an array of liquid crystals to create a programmable diffraction grating that reflects the light in the desired direction. The device is similar to that used in projectors, says Dominic O’Brien, a photonics engineer at Oxford who directed the work.
Brien is a member of the Ultra-Parallel Visible Light Communications project, with colleagues at the Universities of Edinburgh, Strathclyde, St. Andrews, and Cambridge.  Among several goals one of their goals is to develop LiFi, which uses the light that’s also illuminating a room as a way to send data signals. He says LiFi usually refers to schemes based on visible wavelengths of light, whereas this system relies on infrared light at 1550 nm, which is used in telecommunications.
All these technologies—Wi-Fi, Li-Fi, optical wireless—may wind up being part of how people link devices to the Internet. There is no limitations in the field of technology and today or some other day the most advanced and reliable technology has to come and replace all others. The fact that remains is the time which the technology would take to develop