10) The main idea of ​​the program code is to cite all processes named "QQ.exe" (the main code is in the function GetAllHashValue), and after opening the process, read the data pointed to by the pointer we obtained above (the main code is in the function GetHashValueByProcessID and ReadMemoryData), and finally convert and display the data (the main code is in the ShowHashValue function). The specific function of the function in the above code is already explained in the comments in front of the function, and there are some system calls in it. If you are not clear about the detailed usage, you can check it online.

11) Now we can build and execute the program, the console interface will display the password hashes of all running QQ. We right-click on the console interface, click on the marker, then select the string of text of the MD5 value, then right-click on the title bar, and click "Edit One> Copy" to copy the text. Get this string of text and go straight to the major MD5 cracking stations. If the password is not strong enough, it can be reversed immediately. For example, the MD5 value in the previous example can be reversed to get the plain text "admin".

12) Attentive friends here should find that the read MD5 value does not output the corresponding QQ number. If multiple QQs are opened on a computer, it is difficult to determine which QQ the password is. In fact, the same method can be used to find the QQ number stored in memory, which is relatively simpler than finding a password. Interested friends can continue to practice.

WRITTEN BY UNDERCODE
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🦑PROGRAMMING IMPROVE YOUR SKILLS BY UNDERCODE
> Instructions and examples of fopen (), fwrite (), fread () functions (detailed explanation)
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🦑 𝕃𝔼𝕋𝕊 𝕊𝕋𝔸ℝ𝕋 :

open () function:

1) nction:


Businessmen and statistical trends


In C language, the fopen () function is used to open a file at a specified path and obtain a pointer to the file.

2) Function prototype:

FILE * fopen(const char * path,const char * mode);

-path: file path, such as: "F: \ Visual Stdio 2012 \ test.txt"

-mode: File opening method, for example:

"r" opens the file as read-only. The file must exist.

"w" opens the write-only file. If the file exists, the file length is cleared to 0, that is, the content of the file will disappear. If the file does not exist, the file is created.

"w +" opens a readable and writable file. If the file exists, the file length is cleared to zero, that is, the content of the file will disappear. If the file does not exist, the file is created.

"a" opens the write-only file in an additional way. If the file does not exist, the file will be created. If the file exists, the written data will be added to the end of the file, that is, the original content of the file will be retained. (EOF character reserved)

"a +" opens readable and writable files in an additional way. If the file does not exist, it will be created. If the file exists, the written data will be added to the end of the file, that is, the original content of the file will be retained. (The original EOF character is not retained)



"wb" write only opens or creates a binary file, and only allows writing data.

"wb +" read-write opens or creates a binary file, allowing reading and writing.

"ab" additionally opens a binary file and writes data at the end of the file.

"ab +" read and write opens a binary file, allowing reading, or appending data at the end of the file.

--Return value: After the file is successfully opened, the file pointer to the stream will be returned. If the file fails to open, it returns NULL, and the error code is stored in errno.


🦑 fwrite () function:

1) Function:

In C language, the fwrite () function is used to write data in a memory area to local text.

2) Function prototype:

size_t fwrite(const void* buffer, size_t size, size_t count, FILE* stream);



-buffer: pointer to data block

-size: the size of each data, the unit is Byte (for example: sizeof (int) is 4)

-count: number of data

-stream: file pointer

Note: The return value varies with the calling format:

(1) Call format: fwrite (buf, siz eof (buf), 1, fp);

Successful write return value is 1 (ie count)

(2) Call format: fwrite (buf, 1, siz eof (buf), fp);

Successful write returns the actual number of data written (unit is Byte)

3) Matters needing attention:


After writing the data, call fclose () to close the stream. Without closing the stream, each time the data is read or written, the file pointer will point to the next pointer to be written or read.


🦑 Example description:

Code 1: The following code can write 1024 words (int) to a text file. In the call of fwrite, size is sizeof (int) and count is DATA_SIZE

[cpp] view plain copy

<code class="language-cpp">#include "stdafx.h"

#define _CRT_SECURE_NO_WARNINGS

#include <stdio.h>

#include <stdlib.h>

#define DATA_SIZE 1024

int main ()

{

unsigned int *dataPtr = NULL;

dataPtr = (unsigned int *)malloc(sizeof(int)*DATA_SIZE);

for(unsigned int i=0;i<DATA_SIZE;i++)



{

dataPtr [i] = i; // Initialize the cache area

}

FILE *fp = fopen("F:\\Labwindows cvi\\test.txt","w");

fwrite(dataPtr,sizeof(int),DATA_SIZE,fp);

fclose(fp);

free(dataPtr);

system("pause");

return 0;

}

</code>

Code 2: The following code can also write 1024 words into the text. Although the size in the fwrite function is 1, the count is DATA_SIZE * sizeof (int). Same result as code 1.

// datasave.cpp: defines the entry point of the console application.

//

#include "stdafx.h"

#define _CRT_SECURE_NO_WARNINGS

#include <stdio.h>

#include <stdlib.h>



#define DATA_SIZE 1024

int main ()

{

unsigned int *dataPtr = NULL;

dataPtr = (unsigned int *)malloc(sizeof(int)*DATA_SIZE);

for(unsigned int i=0;i<DATA_SIZE;i++)

{

dataPtr [i] = i; // Initialize the cache area

}

FILE *fp = fopen("F:\\Labwindows cvi\\test.txt","ab+");

fwrite(dataPtr,1,DATA_SIZE*sizeof(unsigned int),fp);

<pre name="code" class="cpp"> fclose(fp);

<pre name="code" class="cpp"> free(dataPtr);



system("pause"); return 0;}

Code 3: The following code writes 4096 char data to the text. The maximum value of the written data is 255, which is different from the above code 1, 2 because the data type of the buffer area is different

// datasave.cpp: defines the entry point of the console application.

//

#include "stdafx.h"

#define _CRT_SECURE_NO_WARNINGS

#include <stdio.h>

#include <stdlib.h>

#define DATA_SIZE 1024

int main ()

{

unsigned char *dataPtr = NULL;

dataPtr = (unsigned char *) malloc (sizeof (int) * DATA_SIZE); // The area applied for is 4096 chars, that is, the area of ​​1024 words

for(unsigned int i=0;i<DATA_SIZE;i++)

{

dataPtr [i] = i; // Initialize the cache area

}

FILE *fp = fopen("F:\\Labwindows cvi\\test.txt","ab+");

fwrite(dataPtr,sizeof(char),DATA_SIZE*sizeof(int),fp);

fclose(fp);

free(dataPtr);

system("pause");

return 0;

}

Code 4: When applying for an area with the malloc function, it is a char * area that can be applied. Unsigned int data can be installed after forced type conversion.

// datasave.cpp: defines the entry point of the console application.

//

#include "stdafx.h"

#define _CRT_SECURE_NO_WARNINGS

#include <stdio.h>

#include <stdlib.h>

#define DATA_SIZE 1024

int main ()

{

unsigned char *dataPtr = NULL;

unsigned int *Ptr = NULL;

dataPtr = (unsigned char *)malloc(sizeof(int)*DATA_SIZE);

Ptr = (unsigned int *) dataPtr;

for(unsigned int i=0;i<DATA_SIZE;i++)

{

Ptr[i] = i;

}

FILE *fp = fopen("F:\\Labwindows cvi\\test.txt","ab+");

fwrite(Ptr,sizeof(unsigned int),DATA_SIZE,fp);

fclose(fp);

free(dataPtr);

system("pause");

return 0;

}


fread () function:
1) Function:

Read data from a file stream

2) The function prototype is as follows:

size_t fread(void *buffer, size_t size, size_t count, FILE *stream);

-buffer: pointer to data block

-size: the size of each data, the unit is Byte (for example: sizeof (int) is 4)

-count: number of data

-stream: file pointer

Note: The return value varies with the calling format:

(1) Call format: fread (buf, sizeof (buf), 1, fp);

When the reading is successful: when the amount of data read is exactly sizeof (buf) Byte, the return value is 1 (ie count)

Otherwise, the return value is 0 (the amount of read data is less than sizeof (buf))

(2) Call format: fread (buf, 1, sizeof (buf), fp);

The successful return value is the actual number of data read back (unit is Byte)

Code reference:

#include <stdio.h>

#include <stdlib.h>

#include <string.h>

int main(int argc, char *argv[])

{

FILE *filp = NULL;

char fileDir[] = "/home/yangzhiyuan/Documents/test.txt";

char dataPtr[] = "Helloworld";

printf("sizeof(dataPtr) = %ld\n",sizeof(dataPtr));

filp = fopen (fileDir, "w +"); / * readable and writable, create if it does not exist * /

int writeCnt = fwrite (dataPtr, sizeof (dataPtr), 1, filp); / * The return value is 1 * /

// int writeCnt = fwrite (dataPtr, 1, sizeof (dataPtr), filp); / * The return value is 11 * /

printf("writeCnt = %d\n",writeCnt);

fclose(filp);

FILE *fp = NULL;

fp = fopen(fileDir,"r");

char buffer[256];

int readCnt = fread (buffer, sizeof (buffer), 1, fp); / * The return value is 0 * /

// int readCnt = fread (buffer, 1, sizeof (buffer), fp); / * The return value is 11 * /

printf("readCnt = %d\n",readCnt);

fclose(fp);

printf("%s\n",buffer);

exit(0);

}

Note: In this example code, two FILE variables are defined, one for write and one for read. After writing, close the file, then open it, and read. If you use a FILE variable directly, you will get an error!

WRITTEN BY UNDERCODE
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🦑 The most complete C language file operation is not to mention, the file operation of the C language basic tutorial
t.me/undercodeTesting

🦑 𝕃𝔼𝕋𝕊 𝕊𝕋𝔸ℝ𝕋 :

1) C language file reading and writing

A file, whether it is a text file or a binary file, represents a series of bytes. The C language not only provides access to the top-level functions, but also provides low-level (OS) calls to process files on storage devices. The basic process of document management is as follows:


2) open a file

Close file
open a file

For more C / C ++ learning materials, please privately mail me "Code" to get it
You can use the fopen () function to create a new document or open an existing file, the call will initialize the type FILE an object of type FILE contains all information necessary to control the flow. The following is the prototype of this function call:

3) For more C / C ++ learning materials, please privately mail me "Code" to get it
Here, filename is a string used to name a file, and the access mode

4) If you are dealing with binary files, you need to use the following access mode to replace the above access mode:

"rb", "wb", "ab", "rb+", "r+b", "wb+", "w+b", "ab+", "a+b"

5) Close file
To close the file, use the fclose () function. The prototype of the function: int fclose (FILE * fp);

6) If the file is successfully closed, the fclose () function returns zero. If an error occurs while closing the file, the function returns EOF . This function actually clears the data in the buffer, closes the file, and frees all memory used for the file. EOF is a constant defined in the header file stdio.h . The C language standard library provides various functions to read and write files as characters or as fixed-length strings.


7) Write file
Write in the form of characters: int fputc (int c, FILE * fp);

Write in the form of a string: int fputs (const char * s, FILE * fp);

Format write: int fprintf (FILE * fp, const char * format, ...) ;


8) Here is the simplest function to read a single character from a file:

Read in the form of characters: int fgetc (FILE * fp);

Read as a string: char * fgets (char * buf, int n, FILE * fp);

Format read: int fscanf (FILE * fp, const char * format, ...);


9) C / C ++ learning materials, please privately mail me "Code" to get it
Binary I / O function

10) C / C ++ learning materials, please privately mail me "Code" to get it
The following two functions are used for binary input and output:

...
11) Both of these functions are used to read and write memory blocks-usually arrays or structures.

12) File pointer
Move the file pointer to the specified position to read, or insert to write: int fseek (FILE * stream, long offset, int whence);

13) fseek sets the current read-write point to offset, whence can be SEEK_SET, SEEK_CUR, SEEK_END These values ​​determine whether to calculate the offset offset from the file header, current point and end of file.

14) You can define a file pointer FILE * fp , when you open a file, the file pointer points to the beginning, how many bytes you want to refer to, as long as you control the offset, for example, move one byte backward relative to the current position : Fseek (fp, 1, SEEK_CUR); the middle value is the offset. If you want to move forward one byte, you can directly change to a negative value: fseek (fp, -1, SEEK_CUR) .

15) Repoint the position pointer inside the file to the beginning of a stream (data stream / file): void rewind (FILE * stream);

WRITTEN BY UNDERCODE
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🦑 Website or Ip Hacker for Termux
pinterest.com/undercode_testing

🦑 𝕃𝔼𝕋𝕊 𝕊𝕋𝔸ℝ𝕋 :

apt update

==> apt upgrade

==> apt install python

==> apt install python2

==> apt install git

==> cd $HOME

==> git clone https://github.com/Bhai4You/Bull-Attack

==> cd Bull-Attack

==> chmod +x B-attack.py

==> python2 B-attack.py

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🦑 Pure dry goods-build your own password system full @undercodeTesting

🦑 𝕃𝔼𝕋𝕊 𝕊𝕋𝔸ℝ𝕋 :

1) Passwords generated according to rules may often require "thinking" to come up with passwords, so the efficiency of login input may be slightly lower.

2) In fact, we can use some reliable password management tools to manage, save, search, and improve the efficiency of entering passwords. Save and use passwords efficiently with third-party password management software. 1Password is a recommended password manager.

3) I have been using it since I modified the password system. As a tool that can manage and save all passwords, the encrypted files stored locally are difficult to leak, and the user name and password are automatically filled in through the browser plug-in with one click, which is simply convenient and unnecessary.

4) 1Password's data is encrypted and stored on your computer's local hard drive, basically you don't have to worry about your password library being stolen or cracked online. In order to log in to the website more conveniently, it provides a browser extension similar to LastPass

5) . After installing the plug-in, as long as you visit the website that needs to log in, it will prompt you to save the webpage password in 1Password, and log in again at any time next time, you only need to click the 1Password button or hotkey on the browser to automatically fill in and log in. In other words, no matter how many website accounts you have, no matter how complicated the account password is, you only need to remember a 1Password master password, and the rest can be completed by one-click login.


6) LastPass is similar to 1Password, but Lastpass is a cloud-based service that stores all password data on Lastpass's servers. You must be online if you want to use or query passwords. Lastpass also provides a browser plug-in that enables one-click login. LastPass in the form of a plug-in is very convenient when saving website passwords. When the user installs it through the Chrome or Firefox application store, the system will automatically pop up the setting guide page.

7) After clicking "Create an account", the system will jump to the page and let the user enter the registered mailbox, LastPass master password and password prompt. After clicking "Create Account", LastPass will let you enter the master password again to ensure your input is correct. Then follow the prompts in order to complete the setting guide for LastPass. Now we only need to remember the master password, and other accounts and passwords are managed by LastPass.

8) After restarting the browser, the "LastPass" button will appear in the toolbar on the right side of the address bar, click to log in. At this time, we can open any site that needs to log in to the account. After entering the user name and password to log in, LastPass will prompt the user to "save the site" and a dialog box will pop up to let the user choose the login method. It is recommended that the user check "Automatic login" To get the easiest way to log in.

9) If the user has no direction on the complexity of the account password used, then you can use the security password provided by LastPass to replace it. After entering the password change interface, click the "LastPass" button, select "Generate Secure Password" from the drop-down menu, you can view the complex password provided by the system in the pop-up generation page, after clicking the OK button, the new password will be automatically filled in Into the corresponding form.

10) All of our website passwords can be managed by LastPass, it will help users to generate, save, fill in, and we only need to remember the master password. When you need to log in, click the LastPass button to log in. If you need to view the password, enter "My lastpass password database" to view all your passwords. Now we can change the passwords of all websites to more complex ones, each website can be set to a different password, and no longer spend too much energy to remember the password.

11) We hand over all passwords to LastPass for management. The only thing we need to remember or worry about security is the master password set in advance. However, LastPass provides flash memory disks, fingerprint recognition devices, and Google Authenticator (two-factor authentication) to enhance the security of the LastPass master password. One of the most concise and cost-saving is to use a smartphone to log in to Google Play to download the

13) GoogleAuthenticator application, and then enter the registered LastPass account information. After that, no matter on any computer or browser, before logging in to LastPass, you need to enter a The number generated by Google's two-step verification is similar to RSA's dynamic token. Only after passing Google's verification and entering your master password correctly, you can log in to LastPass. In addition, many people like to use notes or small books to record the passwords of various websites.

14) Some people even put them on their desks. This is very undesirable. Even if they are placed in a drawer, they will be lost; and It is also easy to reveal and lose the password when recording the password in txt, doc, xls or in some note-based software. Therefore, the reasonable use of trusted password manager software can not only greatly reduce your memory pressure on the password, but also greatly protect your password from being stolen, and can also help you quickly search and call your password for a Key login without brainstorming. However, even a perfect password system will have loopholes. An excellent password strategy can only reduce the risk, but it cannot reduce the risk to zero. Stable mailbox service, then your account will be very safe.

E N J O Y B Y U N D E R C O D E

HACK & SECURE LIKE EXPERT

Written by Undercode
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🦑 2020 MOST POPULAR WAYS TO HACK PHONES BY UNDERCODE :
T.ME/Undercode_Testing


🦑 Call it hacking or spying or monitoring someone else’s mobile - they all come down to the same result - access to data. How does this happen?


A) Normal secret phone hacking

1) In most cases, the point will be to hack someone’s phone without their knowledge and gain access to as much data as possible. Opening a smartphone through spyware is by far the easiest and most affordable method; you do not need to be a technology wizard.

2) in undercode we already collected reviews of the most powerful applications for penetrating someone else's smartphone. Each of them is functional and easy to use. We list the main ones - FlexySpy, Mspy, MxSpy, SPYZIE, UnderSpy and others. Spyware programs are almost impossible to detect and this is their main advantage.

🦑 Two Spyware Methods

> With access to the victim’s device

1) The former work on the principle of downloading and installing directly on the phone that you want to hack. You need physical access to the device for at least a few minutes.

2) After installation, the spy collects data from the smartphone and uploads it to the online panel. You can enter the Internet (from anywhere in the world) and see all the collected information and activity by phone.

3) Applications run on Android and Apple smartphones and tablet devices. After the program has been installed on the victim’s phone once, access is no longer required, and you can view all the data remotely.

🦑 Without access to the victim’s device (Apple)

1) This is a relatively new hacking method and is only available for Apple devices such as the iPhone. No software is installed on the device you want to hack - with Apple, this is not necessary.

2) This version works by monitoring smartphone backups made with iCloud ("Cloud") - Apple's free backup program for iPhone, etc.

3) It does not provide real-time data because it relies on backup updates. It also has fewer monitoring functions compared to the full version of the spyware program - but it is still a powerful hacking tool.

4) Potentially, you don’t even need access to the phone you want to hack until the backups are configured. Your iCloud account must have an Apple User ID and password.

🦑 What is controlled on a phone with spy software

1) People are always amazed at how powerful these spyware apps can be. Individual hacking programs offer a variety of advanced feature lists. By default, in almost all spyware applications you can: see a detailed call log, read text messages, see GPS data (where the phone was or was recently), browser history, messages, photos and videos on the phone, a list of applications installed .... this list goes on.

> GPS location

2) Advanced spy features differ - for example, FlexiSpy and Xnspy have a call recording feature where you can listen to the voice of callers received on a hacked device.

3) You will see messages sent and received on popular sites and social networks, application messages - Instagram, Facebook, WhatsApp, Snapchat, etc.

4) You can track your child’s phone in real time and receive notifications if you activate the function “set restricted areas”.

5) It is your power to control many smartphone features, such as blocking individual applications or websites; block certain contact numbers or erase data - all remotely (after installation).

6) The bottom line is that you will get access to almost every activity that happens with a hacked smartphone or tablet device. From a small text message to a weekly browser history.

WRITTEN BY UNDERCODE
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🦑 PART 1 2020 MOST POPULAR WAYS TO HACK PHONES BY UNDERCODE
t.me/undercode_Testing

🦑 How to remotely hack a phone without physically accessing

1) For full control of the software, you will need access to install the program physically on the target phone or device. After that, monitoring and control can be done remotely using the online dashboard.

> hack apple iphone

2) Without installing software, you can hack only Apple products, subject to certain conditions: Firstly, you must have an Apple ID and user password, and secondly, the phone must already be configured to start backups in iCloud. If not, you will need to access the device to set up backups to run initially.

3) This leads us to the next section, where I consider some other ways that you can hack someone else’s cell phone without having it in your hands. These methods are not readily available to most people and are likely to be very expensive and illegal. But I have to tell about them! (for informational purposes it is finished)

🦑 How many smartphones in the world can be hacked?

1) More and more people in the world are choosing a smartphone as their primary digital device. People use smartphones not only for voice communications, but also browsers, email, SMS, chat, social networks, photos, payment services and so on.

2) Today there are 2.6 billion smartphones in the world and is expected to grow to 6.1 billion. By 2020 there will be 7.3 billion people on the planet and almost everyone will master this device in their own hands.

3) This means that the "handheld computer" will turn into a target for hackers, as it can give a lot of information about its owner and will become an entry point into the public network.

4) In this series, we will look at methods for hacking smartphones, which usually vary by type of operating system (iOS, Android, Windows Phone, etc.).

5) Since Android is the most widely used operating system (currently 82.8%), let's start with it. In the end, we will consider hacking iOS from Apple (13.9%) and Windows Phone from Microsoft (2.6%). I don’t think it makes sense to spend time on the BlackBerry operating system, since it contains only 0.3% of the market, and I do not expect its percentage to increase.

6) In the first part, we will create a secure virtual environment where we can test various hacking methods. Firstly, we will build some Android virtual devices. Secondly, we download and install the Metasploit Framework on the smartphone as part of the pentest. This is a great tool for creating and testing exploits against smartphones.

7) Let's start by creating and deploying Androyd virtual devices to use them as targets.

WRITTEN BY UNDERCODE
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🦑PART 3 Hacking a smartphone using Kali by undercode :
t.me/undercode_Testing


> Kali - one of the varieties of Linux, a program used by hackers and specialists in information security. A very popular and irreplaceable thing. I won’t describe the pros and cons, but let's get down to business immediately:

Step 1: open a terminal

Of course, to get started, launch Kali and open a terminal.

Step 2: Install the required libraries

In order to run these Android virtual devices on 64-bit Debian operating systems (e.g. Kali), we need to install several key libraries that are not enabled by default. Fortunately, they are all in the Kali vault.

kali> apt-get install lib32stdc ++ 6 lib32ncurses5 lib32zl

Installing these three libraries is enough to work, now we can proceed with the installation of the Android Software Developer Kit (SDK).

Step 3: Install the Android SDK

From your browser, go to the Android SDK website and download the Android SDK installer. Make sure you download the Linux kit. You can download and install options for Windows or Mac, and then test these virtual devices in Kali, but this will be a more complicated option. Let's go the simple way and set everything to Kali.

🦑 Installer SDK Androyd

> Once you have downloaded it, you can extract it using the GUI archiving tool in Kali, or using the command line.

Step 4: Go to the tools catalog

Next, we need to go to the tools directory of the SDK directory.

kali> cd / android-pentest-framework / sdk / tools

SDK tools

Now Just enter

kali> / android


> When you do this, the SDK manager will open the GUI,

🦑 Now we will download two versions of the Android operating system to practice our hacking of the smartphone, Android 4.3 and Android 2.2. Make sure you find them among this list, click on the box next to them, and click on the “Install XX packages” button. This will force the SDK to load these operating systems into your Kali.

Step 5: Android Virtual Device Manager

After we have downloaded all the packages, now we need to build our Android virtual devices, or AVDs. From the SDK manager shown above, select tools -> Manage AVDs, which will open the interface, from Android Virtual Device Manager.

🦑NOW Click on the "Create" button, which will open such an interface below. Create two Androyd virtual devices, one for Android 4.3 and one for Android 2.2. I just named my devices “Android 4.3” and “Android 2.2,” and I recommend that you do the same.

1) Create a virtual android device

2) Select the Nexus 4 device and the appropriate target (API 18 for Android 4.3 and API 8 for Android 2.2) and "Skin with dynamic hardware controls." The rest of the settings you should leave the default value, except to add 100 MiB SD-cards.

Step 6: launch the android device

After creating two Android virtual devices, Android Device Manager should look like this with two devices.

> Select one of the virtual devices and click the "Start" button.

> Start Android Emulator

> This will launch the Androyd emulator creating your Android virtual device. Be patient it may take some time. When he finishes, you should be greeted by a virtual smartphone on your Kali desktop!

Step 7: Install the Pentest Framwork Smartphone

The next step is to install the Smartphone Pentest Framework. You can use git clone to download it to

kali> git clone https://github.com/georgiaw/Smartphone-Pentest-Framework.git

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🦑 Final Step> Install Smartphone Pentest Framework
http://t.me/undercode_Testing

Step 8: Starting Apache

As the web server and MySQL database will be needed, go ahead and start both of these services

kali> service apache2 startkali> service mysql start

Step 9: change the configuration.

> Like almost all Linux applications, the Smartphone Pentest Framework is configured using a text configuration file. First you need to go to the directory with a subdirectory of the framework console

kali> CD / root / Smartphone-Pentest-Framework / frameworkconsole

Then open the configuration file in any text editor. In this case, I used Leafpad

kali> leafpad config

🦑We will need to edit the IPADDRESS variable and the SHELLIPADDRESS variable to reflect the actual IP address of your Kali system (you can find it by entering "ifconfig").

Step 10: Launch the Platform
Now we are ready to launch the Smartphone Pentest Framework. Just enter

kali> ./framework.py

And that should open the Framework menu

🦑Finish! Now we are ready to start hacking smartphones!

1) We hire a hacker to open someone else's phone remotely

2) I saw a lot of people offering to "hack any cell phone" without access, for a fee .... just send your payment to this person (often several thousand rubles). What could go wrong?

3) Beware of scammers! They understand how desperate some people are in search of breaking the phone of their spouse or partner.

written by undercode
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