How to Hack WiFi Password on Android

WiFi networks are the core of our Android smartphone usage, which is why when we are outside the vicinity of saved networks and passwords, we tend to search for — How to hack WiFi password on Android. Thanks to technological advancements, you can use your Android device to scan and hack WiFi passwords. And some dedicated apps let you do so without rooting your device. 

This guide will run you through different apps that you can use for WiFi password hacking for Android. You can also use these apps to check the security of your WiFi network and make changes to beef it up.

How to hack WiFi password on Android

Here is a rundown of apps that you can use on both regular and rooted Android devices. 

WiFi WPS WPA Tester 

For cracking WiFi passwords, many users prefer Wi-Fi WPS WPA Tester for Android. It only works on routers that connect using WPS and have a restricted set of functionality. This app makes it incredibly simple to hack a WiFi network. The coolest thing about this app is that you don’t have to root your phone to use it. However,  If you have a rooted Android phone, this software will work much better because it has more functionality. 

You can simply verify your router’s wireless security and power with this Android app. If your router isn’t protected, the WiFi WPS WPA Tester app can easily circumvent your Android phone’s WiFi password. It connects the Android phone to the network without asking for a password after bypassing the password. 

Both rooted and non-rooted Android devices can use the WiFi WPS WPA Tester hacking apps. To crack a WiFi password on an Android device without rooting it, follow the steps below.

How to hack WiFi password using WiFi WPS WPA Tester app:

  1. Install the WiFi WPS WPA Tester app from Google Play Store
  2. Turn on the WiFi and Location on your Android device
  3. Open the app and search for nearby WiFi networks
  4. Choose one network from the list and tap it to connect
  5. You can also manually type the key for the network; the key will be shown in the app
  6. The app tries various combinations of words and numbers to hack the WiFi password

The app runs faster checks to crack network codes and connect your Android device automatically.

AndroDumper App

Another notable app for cracking WiFi passwords on Android phones is AndroDumper. To crack WiFi credentials, use this app on a non-rooted smartphone. You have the option of turning off the data connection for other users. For it to function, you do not need to have your Android phone rooted. The app supports almost all WiFi networks. 

To crack a WiFi password on an Android device, simply follow the steps outlined below.

How to hack WiFi passwords using AndroDumper app:

  1. Install the AndroDumper app on your Android device from the Play Store
  2. Enable WiFi and Location on your Android device
  3. Open the AndroDumper app and tap the refresh button on top to scan and search nearby WiFi networks
  4. Pick the network you want to connect by tapping on it
  5. The app will use every possible sequence of alphabets and numbers to hack the WiFi password. If the network of your choice has a weak WiFi password, the app will hack and connect your device to it in no time.

WPA2 WPS Router or BCmon 

This method uses the Bcmon and Reaver Android apps to hack WiFi credentials on Android. If you’ve never attempted rooting your smartphone before, you’ll first need a root Android phone. Also, make sure your rooted Android phone has Broadcom bcm4329 or bcm4330 chipsets. 

How to hack WiFi passwords on Android with WPA2 WPS Router

  1. Installing the BCmon app on your Android phone is simple. Just download the APK file and install it. The app monitors and hack your Broadcom chipset’s PIN, use this app. 
  2. After that, download the Reaver Android app to hack the WPS WiFi network password using it. 
  3. Open the BCmon app and select “monitor mode.” 
  4. Reopen the Reaver app and confirm that you are not doing any illegal activity. 
  5. Continue with the WiFi password cracking by tapping on the desired APN or access point. Reopening the BCmon app will check your monitor mode if you require it to continue. 
  6. Navigate to the Reaver app’s settings and click the “Automatic Advanced setting” box to make immediate changes. 
  7. Finally, click on the start attack button to begin your WiFi hacking procedure. This final step can take anywhere from 2-10 hours to hack the WPS WiFi protection.

WiFi WPS Connect App

You can hack WiFi passwords on Android with the WiFi WPS Connect app. Both rooted and unrooted (supporting Android versions Lollipop and above) devices can use the app. However, the app works more effectively with rooted devices. 

If your Android smartphone detects a WiFi connection with WPS security, you don’t need to enter a password to connect. Bypassing WPS WiFi security, the WPS Connect app connects to WiFi without requiring a password entry. 

How to hack WiFi password Android using WiFi WPS Connect:

  1. Install the WiFi WPS Connect app. 
  2. Enable the WiFi and Location on your phone.
  3. Open the WPS Connect app and tap on the scan button to search the nearby WiFi networks.
  4. Wait to see the nearby WiFi connections alongside their details like password security mode, networks, signal strength, and more.
  5. Tap the network you want to hack. You will now see a list of combination keys (PIN).
  6. Tap on any key to start the connection.
  7. Wait until the app hacks WiFi with default keys or the commonly used keys.
  8. Let the app connect you to the network with the default password.


By using an 8-digit PIN, you can connect to local WiFi networks using WPSAPP, a single app that does it all. Rooted and non-rooted Android phones can both use the WPSAPP app to hack WiFi passwords. A variety of techniques are used to generate random pins and a set of default pins. You can easily hack any WEP WiFi network with the help of this app. 

The presence of a red cross identifies networks with an asterisk (*) and a checkmark. The networks with the Red Cross are safe because no one knows the password to them. Questions identify the networks that are using the WPS protocol but have an unrecognized pin. The program lets you test these networks using a commonly used pin. 

Finally, the networks marked with green checkmarks support the WPS protocol, have a known password, and seamlessly connect with your device. You should click on the green color-coded networks for successful connections. 

How to hack WiFi passwords on Android using the WPSAPP app:

  1. Install the WPSAPP app on your Android device
  2. Launch the app and scan the nearby WiFi networks 
  3. Tap the enabled WEP network to connect (marked with green color)
  4. Now, tap the “Connect With Pin” button, and then wait for the app to display the network password

Avoid Websites That Promise To “Crack The Code”

When you type in “how to hack WiFi passwords” or a variant of the term, you’ll see a slew of results, most of which are for software on sites where spyware, bots, and other frauds are aplenty. The same is true for the countless YouTube videos that promise to show you how to hack a password by using a particular mobile website. 

You do so at your own peril, as many of those apps and websites are phishing schemes. However, if you decide to do it with a PC, be sure it’s one you’re willing to risk. Before even opening the EXE installation file, most antivirus software will take care of and eliminate many malicious programs

So make sure you have a robust Antivirus app guarding your Android device before you take a chance at an unknown source to hack WiFi passwords. 

WiFi Password Security Types

Since their inception in the late 90s, WiFi security protocols underwent several updates, with older protocols being deprecated and newer ones undergoing significant changes. A trip down memory lane in WiFi security reveals what’s available now and why you should stay away from outdated standards. For that, let us explain three WiFi network protocols — WEP, WPA, and WPS. 

Wired Equivalent Privacy (WEP)

The WiFi security standard known as Wired Equivalent Privacy (WEP) is the most commonly used globally. It is the first protocol listed in many router control panels since it is older and backward-compatible. 

The initial versions of WEP were not very strong due to constraints imposed by the United States on the export of different cryptographic technologies. When the restrictions were lifted, the encryption was raised to 128-bit. Despite the release of 256-bit WEP, 128-bit is still one of the most widely used encryption algorithms. 

Despite protocol changes and increasing key size, numerous security holes have been found in the WEP standard throughout time. In addition, increased processing power facilitated the exploitation of security holes. To raise public knowledge of WEP’s shortcomings, the FBI demonstrated its ability to crack WEP passwords using freely accessible technology.

WEP’s security is still at risk despite several fixes, workarounds, and other efforts. Systems that use WEP should have their security updated or replaced entirely if that isn’t a possibility. WPA (WiFi Encryption Protocol) was formally phased out in 2004.

WiFi Protected Access (WPA)

The WiFi Alliance developed WiFi Protected Access (WPA) as a direct response to the growing number of security flaws in the WEP protocol. Despite WEP’s official demise in 2002, it took another year for WPA to gain traction. In the world of WPA, WPA-PSK is the most often used setup (Pre-Shared Key). WPA uses 256-bit keys, which is a significant improvement over WEP’s 64-bit and 128-bit keys. 

Message integrity checks (to see whether an attacker has intercepted or changed packets sent between the access point and the client) and the Temporal Key Integrity Protocol  (TKIP) were two of the most important modifications made with WPA. The per-packet key method used by TKIP was far more reliable than the fixed key system followed by WEP. The Advanced Encryption Standard (AES) eventually replaced the TKIP cryptography standard. 

Even though WPA was a vast improvement over WEP, WEP remained a specter in WPA. WPA’s key component, TKIP, was created to be readily pushed out to current WEP-enabled devices via firmware changes. As a result, some WEP system pieces had to be recycled and eventually exploited. Both proof-of-concept and practical demonstrations have revealed WPA’s predecessor, much like WEP, to be vulnerable to infiltration. 

Although effective attacks on the WPA protocol have been proven, the most common way to get around WPA’s security is to target the WiFi Protected Setup (WPS) system, which was included with WPA to make it easier to connect devices to current access points.

WiFi Protected Access II (WPA2)

WPA2 officially replaced WPA as of 2006. In WPA2, the use of AES algorithms is required, and CCMP (Counter Cipher Mode with Block Chaining Message Authentication Code Protocol) was introduced to replace TKIP. This was a significant shift. On the other hand, TKIP is still included in WPA2 as a backup mechanism to ensure compatibility with the original WPA protocol. 

WPA2 vulnerabilities primarily affect corporate networks, but due to their minimal impact on residential networks, home network security should not be as much of a concern. 

This means that contemporary WPA2-capable access points still have the same vulnerability as older WPA-capable ones: the assault route through the WiFi Protected Setup. Although requiring between 2 hours to 14 hours of a continuous effort to hack into a WPA/WPA2 protected network, this weakness is a serious security risk. 


We hope our guide helps you with how to hack WiFi passwords or hack WiFi password Android. We intend this article to help learn about WiFi hacks for scholarly purposes. Let us know in the comments which method you found most compelling. 

Also, since you’re here, you might be interested in one of the best spy apps for Android called mSpy, check it out HERE.

Please note that misusing someone else’s network for illicit activities could land you in trouble, so practice caution once you figure out how to hack wifi password on Android. 

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About Jon

Hey, I'm Jon. I'm an engineer by trade, so it makes sense that I'm obsessed with anything technology related! On the weekends, you can find me playing around with my computers or fixing something around the house. Feel free to leave a comment if you want to get in touch.

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