5 Best Hacking Android Apps [without Root]

5 Best Hacking Android Apps [without Root]

1/ Router Default Password: 

Find default username, password and login URL of any Router

If you purchase a new router, it needs to be set up according to your ISP’s network settings so that you can share your broadband connection across multiple devices. Although the manufacturer puts all the necessary information on the router’s box, if you have thrown it away, you can find the default username, password, and login URL of any router using Router Default Password.
How does it work?
The mechanism is simple. Router Default Password doesn’t scan deeply for your router’s manufacturer. Instead, it comes with a list of manufacturers with all the necessary information. For example, if you have a D-Link router, you can navigate to the D-Link menu. You would see some router models and their username and password.
This login URL is the router’s control panel URL that you need to open to set up the router or enter the IP addresses that your ISP has assigned to you. The username and password are required to log in to that control panel.
This is very easy and not much time-consuming as well. As this is a portable app, you do not have to install it on your machine. Simply download and extract the contents of the ZIP file. You will find a RouterDP.exe file. Double-click on it to run the tool.
Find out default username & password for Router
You need to change the router list by clicking the SHOW ALL LIST button to find out your router’s manufacturer and own username, password, and login URL.
Router Default Password
To log in, you need to click the link visible under Link to access the Router/Modem interface label. Then click on the corresponding router in the app, and copy the username and password.
If you want to open the Network Connections window directly, you can click the Menu button and select Network Connections instead of entering ncpa.cpl in the Run prompt.
Router Default Password free download

2/ Text Converter Encoder Decoder Stylish Text


Build a Binary Converter Android App with Kotlin

A Binary Converter lets users to convert ASCII texts to Binary format. Even better, the inverse operation is also possible : converting a Binary content in equivalent ASCII text. In that tutorial, you are going to build a Binary Converter Android App with Kotlin.
Creating the User Interface
We start by creating the User Interface of our Binary Converter Android Application. Our User Interface will have the following views :

  • An EditText letting users to enter the text to encode or decode
  • A first Button to start the encoding process
  • A second Button to start the decoding process
  • A TextView to display to the users the result of the encoding / decoding process

    • To place these views on the screen, we are going to use the ConstraintLayout API. The EditText will be centered horizontally and placed with a vertical constraint on the top of the layout parent. Then, we use a chain to place the two buttons side by side horizontally and below the EditText. Finally, we place the TextView just below the chain compounded by the two buttons.
    It gives us the following code for our activity_main.xml layout file :
    Encoding ASCII Text to Binary
    Now, we need to create the heart of our Binary Converter Android Application : a Kotlin object letting you to encode an ASCII Text to Binary format.
    In this object, we create a dedicated function named strToBinary taking in parameter an ASCII Text an returning the text encoded in Binary format. First, we split the entered text in a chars’ array. Then, we iterate on these chars. For each char, we encode the char value in binary via the Integer.toString() method. Finally, we complete the value obtained to have a String with 8 digits.
    It gives us the following code :
    We can try our function by passing in parameter the following String :
    Hello from SSaurel Mobile Apps
    It gives us the following result in Binary format :
    010010000110010101101100011011000110111100100000011001100111001001101111011011010010000001010011010100110110000101110101011100100110010101101100001000000100110101101111011000100110100101101100011001010010000001000001011100000111000001110011Decoding Binary Text to ASCII format
    Obviously, the next step is to implement the inverse operation : decoding a Binary Text to ASCII format. Before trying to convert a Binary Text to ASCII format, we need to be sure the entered text represents a correct Binary value.
    For that, we write an isBinary function which checks if the entered String has multiple of 8 size and if each chars in the String is equal to 0 or 1.
    In our binaryToString function, we first check if the String is a correct Binary value. If not, we return a “Not a binary value” message. Otherwise, we create a chars’ array and we store the chars corresponding to the Binary numbers present in our Binary Text entered in parameter.
    At the end of the function we create a String object by passing in parameter the chars’ array created. It gives us the following code on our BinaryConverter object :
    We can test easily our function by passing in parameter the previously converted String in Binary format :
    010010000110010101101100011011000110111100100000011001100111001001101111011011010010000001010011010100110110000101110101011100100110010101101100001000000100110101101111011000100110100101101100011001010010000001000001011100000111000001110011
    In return, we get the following String :
    Writing the Kotlin code of the Main Activity
    Last step is to write the Kotlin code of the MainActivity. In the onCreate method, we set OnClickListener on the encode and decode buttons. When a user will click on the encode button, we will call a dedicated encode function. We make the same thing with the decode button and a decode function.
    In the encode function, we get the text to convert from the EditText. Then, we pass this text on the BinaryConverter.strToBinary() method. Then, we have just to set the returned Binary value on the result TextView.
    In the decode function, we get the Binary text to decode from the EditText. Then, we pass this Binary text on the BinaryConverter.binaryToString() method. Then, we have just to set the returned ASCII Text on the result TextView.
    It gives us the following code for the MainActivity :
    Binary Converter Android App in Action
    Best part of the tutorial is coming since we are going to put our Binary Converter Android Application in Action. We launch the application on a device and we enter a String like “Hello from SSaurel Mobile Apps”. Then, you should see the following result on your screen :

    You will note that the User Interface is a little bit more polished and that the application also offers encoding / decoding in Octal and Hexadecimal format.
    Download -here
    3/ Camera with screen turned off

    The description of Camera with screen turned off

    The screen remains completely black while taking photos or videos, as if the phone was off
    You can also watch frame by frame of your shooted video and extracting a specific image.

    How to shoot Photos? 
    Just press volume down button.

    How to shoot videos? 
    Press volume up button to start and stop shooting videos.

    How to access settings and gallery? 
    Touch your screen two seconds, then options button appear:
    - access your private gallery
    - change for front / back camera
    - enable / disable the preview of the camera
    - enable / disable vibrations on shoot photos and videos
    Download here

    4/ Ghost VPN app
    The CyberGhost app for Android provides the functionality of a fully featured VPN for your Android device with all its advantages, such as anonymization, IP change, streaming, safe transactions, and many more.
    CG_Launch.png
    You can download the CyberGhost Android app from Google's Play Store and use it some time for free without any limitations as a trial version after creating an account with a valid email address. Once the trial period is over, a subscription is mandatory to further use the service.
    Installation
    You need a Smartphone or Tablet PC with at least Android 4.4 to use the CyberGhost for Android app
    After installation tap on 'Open' to start it from here or move to your app pool to find it there. Usually the start button for the app will also be found on one of your home screens.
    When starting for the first time, the CyberGhost app asks for the right to create a VPN connection, which serves basic CyberGhost functions and is essential for the app to work correctly. In no way it means any harm to your device or your data. In fact, CyberGhost DOES NOT at all spy on your traffic and/or analyze any individual data, but instead offers a unique and strict No-Logs policy to keep your data private, no matter which device or server you use or in which country a server is located.
    EN_cg_andr_003.png
    Tap on 'Allow VPN Access' 'Accept' and in the next screen tap on 'OK'.
    Download here

    5/ SpyFox - Ethical Hacking 
    Derscription of SpyFox - Ethical Hacking Complete Guide APK
    Using SpyFox you can learn how to secure your data and mobile/laptop device for possible hacking attack.
    SpyFox is dedicated to people who wants to explore Ethical Hacking is free to use and completely offline.
    SpyFox Ethical Hacking Complete Guide covers 200+ topics which are helpful for novice to expert of Ethical Hacking.
    SpyFox covers the topics like

    Basics of Hacking
    Spyware Identification
    Ransomware
    Android OS
    Windows Mobile OS

    and more.
    Download here