MI Xiaomi REDMI Mobile All Secret Codes || MI Xiaomi REDMI मोबाइल आल सीक्रेट कोड्स || Samsung,Mi,LG,OPPO,VIVO

XIAOMI REDMI Mobile Secret Codes:

*#*#426#*#* (Debug information for Google Play service)

*#*#225#*#* (Events calendar)

*#*#759#*#* (Access Google Partner setup (Rlz debug interface))

*#872564# (USB logging control)

*#9900# (System dump mode)

*#*#97#*#* (Language and keyboard settings in Xiaomi Redmi Note 3)

*#*#46#*#* (Reset Sim)

*#301279# (HSDPA means “High Speed Downlink Packet Access” and is a technique used in UMTS mobile communication system, the download speed of currently 3.6 Mbit/s to 7.2 Mbit/s)

*#7465625# (View phone lock status)

*#*#273283*255*663282*#*#* (Backup of all media files)

*#*#197328640#*#* (Service activity test mode)

*#*#232338#*#* (Shows WiFi MAC address (Media Access Control) which is a globally unique identifier assigned to network devices and is often referred to as hardware or physical address. MAC addresses are 6 bytes (48 bits) in length, and are written in MM:MM:MM:SS:SS:SS format. The first 3 bytes are the ID number of the manufacturer, which is assigned by an Internet standards body. The second 3 bytes are the serial number assigned by the manufacturer.)

*#*#1472365#*#* (GPS (The Global Positioning System) is a space-based navigation system that provides location and time information in all weather conditions, anywhere on or near the Earth where there is an unobstructed line of sight to four or more GPS satellites.)

In Austria, the A1, T Mobile, Orange, and Three HSDPA networks operate. HSDPA stands for "High-Speed Downlink Packet Access" and the upload speed is up to 5.8 Mbit/s. High Speed Uplink Packet Access (HSUPA) is a transmission method of the UMTS mobile radio standard that allows higher data rates in the uplink and reduces the round trip time (often referred to as ping). HSUPA category 6 can achieve up to 5.76Mbit/s and category 9 (Release 9) can achieve up to 23 Mbit/s. HSUPA is part of Release 9 of UMTS. The control menu includes

*#7465625# (to view phone lock status),

*#*#273283*255*663282*#*#* (to backup all media files),

*#*#197328640#*#* (for service activity test mode),

*#*#232338#*#* (to show WiFi MAC address).

A Media Access Control (MAC) address is a globally unique identifier assigned to network devices and is often referred to as a hardware or physical address. MAC addresses are 6 bytes (48 bits) in length and are written in MM:MM:MM:SS:SS:SS format. The first 3 bytes are the ID number of the manufacturer, which is assigned by an Internet standards body, and the second 3 bytes are the serial number assigned by the manufacturer. 

The Global Positioning System (GPS) is a space-based navigation system that provides location and time information in all weather conditions, anywhere on or near the Earth where there is an unobstructed line of sight to four or more GPS satellites. *#*#1575#*#* (GPS Test 2),

*#*#232331#*#* (Bluetooth Test), \

*#*#232337#*#* (which shows the Bluetooth device address in Asus ZenFone Max),

 *#*#8255#*#* (which can be used to launch G Talk Service Monitor),

*#*#36245#*#* (which accesses email debug information),

*#*#4986*2650468#*#* (which displays PDA, Phone, H/W, and RF Call Date),

*#*#1234#*#* or *#1234# (which displays PDA and phone firmware information),

*#12580*369# (which displays software and hardware info),

*#9090# (which displays diagnostic configuration in Acer Android phones),

*#*#2222#*#* (which displays hardware version) are all codes that can be used to access various information.

The Customer Service Code (CSC) plays an important role in the operation of your mobile. Different countries have different standards for both voice and data communications to a cell phone tower. Although most countries follow the international standards for WiFi connections, there are variations from the standard. The CSC code ensures that your mobile device complies with the standards of your country and your cell phone operator. The CSC code also determines the source for firmware updates via FOTA or Samsung Kies, build time, and change list number.

 

Codes to launch various factory tests include:

*#*#0283#*#* (Packet Loopback),

*#0*# (Service menu),

*#*#0673#*#* or *#*#0289#*#* (Melody test),

*#*#0842#*#* (Vibration and Backlight test),

*#*#2663#*#* (Check touch screen version),

*#*#2664#*#* (Touch screen test),

*#*#0588#*#* (Proximity sensor test),

*#*#3264#*#* (RAM information).

 

GSM codes for Xiaomi Redmi Android phones include changing PIN settings by setting up a Personal Identification Number (PIN) on your SIM to stop others from using it when it’s switched off or been taken out of your device. The acronym PUK is derived from the term PIN Unlocking key. The PUK or PUC number is the PIN code needed to unfreeze the sim card. To change PIN, enter **04*, then enter the old PIN and twice the new PIN. To change PIN2, enter **042*, then enter the old PIN2 and twice the new PIN2. To unlock SIM card (PIN), enter **5* then enter the PUK and new PIN twice. To unlock SIM card (PIN2), enter **052* then enter the PUK2 and new PIN2 twice.

 

Call Forwarding (you must order the service from the operator).

##002# Cancel all diverts.

##004# Cancel all conditional call forwarding.

**004* Phone number # (Activate all conditional call forwarding).

Unconditional call forwarding (Call Forward All).

###21 (Switch off and deactivate).

#21# (Deactivate).

**21* (Phone number # Enable and activate).

*21# Activate

*#21# (Check the condition).

Diversion in case of “no answer”: ###61 (Switch off and deactivate).

#61# (Deactivate).

**61* Phone number # (Enable and activate).

*61# (Activate).

*#61# (Check the condition).

Setting the call time until the call forwarding option “no answer”: When installing forwarding on “no answer”, you can set the time in seconds that the system allows you to hook. If during this time you have not picked up the phone, the incoming call will be diverted.

Example: **61* + ** 709576617601234 # 30 set the waiting time of 30 seconds. Set timeout **61* Phone number **N #, N= 5.30 (seconds).

Remove the previous installation: ##61#

Diversion in case of “not available”: ###62 (Switch off and deactivate).

#62# (Deactivate).

**62* Phone number # (Enable and activate).

*62# Activate

*#62# (Check the condition).

Diversion in case of “busy”: ###67 (Switch off and deactivate).

#67# (Deactivate).

**67* Phone number # (Enable and activate).

*67# (Activate).

*#67# (Check the condition).

Call Barring (you must order the service from the operator).

Change the password for all bans (default 0000): **03*330* old password * new password * new password #

Barring of all outgoing calls: **33*3 password # (Activate).

#33*password# (Deactivate).

*#33# (Check the condition).

Barring of all calls: **330*password# (Activate).

#330*password# (Deactivate).

*#330# (Check the condition).

Barring of all outgoing international calls: **331* password # (Activate).

#331* password # (Deactivate).

*#331# (Check the condition).

Barring of all outgoing calls: **333* password# (Activate).

#333* password# (Deactivate).

*#333# (Check the condition).

Barring of all incoming calls: **353* password # (Activate).

#353* password # (Deactivate).

*#353# (Check the condition).

Barring all incoming calls when roaming: **351* password # (Activate).

#351* password # (Deactivate).

*#351# (Check the condition).

Call waiting (you must order the service from the operator): *43# (Activate).

#43# (Deactivate).

*#43# (Check the condition).

Transfer your phone number (Anti ANI): #30# phone number (Block).

*30# phone number (Allow).

*#30# (Check the condition).

Show phone number of the caller you (ANI): #77# (Block).

*77# (Allow).

*#77# (Check the condition).

Smart menu: GP *111#.

Rob *140#.

Banglalink *789#.

Hacking WPA/WPA2 Wi-Fi password with Kali Linux using aircrack-ng step-by-step 2019

PREPARING TO HACK WI-FI

1. Understand when you can legally hack Wi-Fi. In most regions, the only time you can hack a WPA or WPA2 network is when the network either belongs to you or belongs to someone who has given you explicit consent to hack the network.
   • Hacking networks that don’t meet the above criteria is illegal, and may constitute a federal crime.
2. Download the Kali Linux disk image. Kali Linux is the preferred tool for hacking WPA and WPA2. You can download the Kali Linux installation image (ISO) by doing the following:
   • Go to https://www.kali.org/downloads/ in your computer’s web browser.
   • Click HTTP next to the version of Kali you want to use.
   • Wait for the file to finish downloading.
3. Attach a flash drive to your computer. You’ll need to use a flash drive with at least 4 gigabytes of space for this process.
4. Make your flash drive bootable. This is necessary in order to be able to use the USB flash drive as an installation location.
   • You can also use a Mac for this step.
5. Place the Kali Linux ISO file on the flash drive. Open the flash drive, then drag the downloaded Kali Linux ISO file into the flash drive’s window.
   • Make sure you leave your USB flash drive plugged in after you finish this process.
6. Install Kali Linux. To install Kali Linux on your computer, do the following:
   • Prompt your Windows computer to restart.
   • Enter the BIOS menu.
   • Set your computer to start from your USB drive by finding the “Boot Options” (or similar) section, selecting your USB drive’s name, and moving it to the top of the list.
   • Save and exit, then wait for the Kali Linux installation window to appear (you may have to restart your computer one more time).
   • Follow the Kali Linux installation prompts.
7. Buy a Wi-Fi card that supports monitoring. You can find Wi-Fi cards online or in tech department stores. Make sure that your Wi-Fi card allows monitoring (RFMON), or you won’t be able to hack a network.
   • Many computers have built-in RFMON Wi-Fi cards, so you might want to try the first four steps of the next part before buying one.
   • If you’re using Kali Linux in a virtual machine, you will need a Wi-Fi card regardless of your computer’s card.
8. Log into your Kali Linux computer as root. Enter your root username and password when logging in.
   • You will need to be on your root account at all times during the hacking process.
9. Plug your Wi-Fi card into your Kali Linux computer. Doing so will immediately prompt the card to begin setting up and downloading drivers for itself; if prompted, follow the on-screen instructions to complete the setup. Once you’re done with this step, you can proceed with hacking your selected network.
   • If you’ve already set up the card on your computer before, you’ll still have to set it up for Kali Linux here by plugging it in.
   • In most cases, simply attaching the card to your computer will be enough to set it up.

PART2 HACKING WI-FI

1. Open your Kali Linux computer’s Terminal. Find and click the Terminal app icon, which resembles a black box with a white “>_” on it.
   • You can also just press Alt+Ctrl+T to open the Terminal.
2. Enter the Aircrack-ng installation command. Type in the following command, then press ↵ Enter: sudo apt-get install aircrack-ng
3. Enter your password when prompted. Type in the password you use to log into your computer, then press ↵ Enter. This enables root access for any other commands executed in Terminal.
   • If you open another Terminal window (as you may later in this article), you may have to run a command with the sudo prefix and/or enter your password again.
4. Install Aircrack-ng. Press Y when prompted, then wait for the program to finish installing.
5. Turn on airmon-ng. Type in the following command, then press ↵ Enter. airmon-ng
6. Find the monitor name. You’ll find this in the “Interface” column.
   • If you’re hacking your own network, it will usually be named “wlan0”.
   • If you don’t see a monitor name, your Wi-Fi card doesn’t support monitoring.
7. Begin monitoring the network. You can do so by typing in the following command and pressing ↵ Enter: airmon-ng start wlan0
   • Make sure you replace “wlan0” with the name of your target network if it’s different.
8. Enable a monitor mode interface. Enter the following command: iwconfig
9. Kill any processes that return errors. In some cases, your Wi-Fi card will conflict with running services on your computer. You can kill these processes by entering the following command: airmon-ng check kill
10. Review the monitor interface name. In most cases, the name will be something like “mon0” or “wlan0mon”.
11. Tell your computer to listen to nearby routers. To get a list of all routers in range, enter the following command: airodump-ng mon0
    • Make sure you replace “mon0” with whatever your monitor interface name was in the last step.
12. Find the router you want to hack. At the end of each string of text, you’ll see a name; find the one belonging to the network you want to hack into.
13. Make sure the router is using WPA or WPA2 security. If you see “WPA” or “WPA2” immediately to the left of the network’s name, you can proceed; otherwise, you cannot hack the network.
14. Note the MAC address and channel number of the router. These pieces of information are to the left of the network’s name:
    • MAC address — This is the line of numbers on the far-left side of your router’s line.
    • Channel — This is the number (e.g., 0, 1, 2, etc.) directly to the left of the WPA or WPA2 tag.
15. Monitor your selected network for a handshake. A “handshake” occurs when an item connects to a network (e.g., when your computer connects to a router). Enter the following code, making sure to replace the necessary components of the command with your network’s information: airodump-ng -c channel —bssid MAC -w /root/Desktop/ mon0
    • Replace “channel” with the channel number you found in the last step.
    • Replace “MAC” with the MAC address you found in the last step.
    • Remember to replace “mon0” with whatever your interface name was.
    • Here’s an example address: airodump-ng -c 3 —bssid 1C:1C:1E:C1:AB:C1 -w /root/Desktop/ wlan0mon
16. Wait for a handshake to appear. Once you see a line with the tag “WPA handshake:” followed by a MAC address in the upper-right corner of the screen, you can proceed.
    • If you’re not in a waiting mood, you can force a handshake using a deauth attackbefore continuing with this part.
17. Exit airodump-ng, then open the desktop. Press Ctrl+C to quit, then make sure you can see the “.cap” file on your computer’s desktop.
18. Rename your “.cap” file. While not strictly necessary, this will make it easier to work with later. Enter the following command to change the name, making sure to replace “name” with whatever you want to name the file: mv ./-01.cap name.cap
    • If your “.cap” file isn’t named “-01.cap”, replace “-01.cap” with whatever your “.cap” file’s name is.
19. Convert the “.cap” file into “.hccapx” format. You can do this by using Kali Linux’s converter. Enter the following command, making sure to replace “name” with your file’s name: cap2hccapx.bin name.cap name.hccapx
    • You can also go to https://hashcat.net/cap2hccapx/ and upload the “.cap” file to the converter by clicking Choose File and selecting your file. Once the file is uploaded, click Convert to convert it and then download it back onto your desktop before proceeding.
20. Install naive-hashcat. This is the service you’ll use to crack the password. Enter the following commands in order: sudo git clone https://github.com/brannondorsey/naive-hashcat cd naive-hashcat curl -L -o dicts/rockyou.txt https://github.com/brannondorsey/naive-hashcat/releases/download/data/rockyou.txt
    • If your computer doesn’t have a GPU, you’ll need to use aircrack-ng instead.
21. Run naive-hashcat. Once it finishes installing, enter the following command (making sure to replace any instance of “name” with your “.cap” file’s name): HASH_FILE=name.hccapx POT_FILE=name.pot HASH_TYPE=2500 ./naive-hashcat.sh
22. Wait for the network password to be cracked. Once the password is cracked, its string will be added to the “name.pot” file found in the “naive-hashcat” directory; the word or phrase after the last colon in the string is the password.
    • It can take anywhere from a few hours to a few months for the password to be cracked.

PART 3 USING AIRCRACK-NG FOR NON-GPU COMPUTERS

1. Download a dictionary file. The most commonly used dictionary file is “Rock You”. You can download it by entering the following command: curl -L -o rockyou.txt https://github.com/brannondorsey/naive-hashcat/releases/download/data/rockyou.txt
   • Keep in mind that aircrack-ng will not be able to crack the WPA or WPA2 password if the password isn’t in the word list.
2. Tell aircrack-ng to begin cracking the password. Enter the following command, making sure to use the necessary network information when doing so: aircrack-ng -a2 -b MAC -w rockyou.txt name.cap
   • If you’re cracking a WPA network instead of a WPA2 network, replace “-a2” with -a.
   • Replace “MAC” with the MAC address you found in the last section.
   • Replace “name” with your “.cap” file’s name.
3. Wait for Terminal to display the results. When you see a “KEY FOUND!” heading appear, aircrack-ng has found the password. You’ll see the password displayed in brackets to the right of the “KEY FOUND!” heading.

PART 4 USING DEAUTH ATTACKS TO FORCE A HANDSHAKE

1. Understand what a deauth attack does. Deauth attacks send malicious deauthentication packets to the router you’re trying to break into, causing the Internet to disconnect and ask the Internet user to log back in. Once the user logs back in, you will be provided with a handshake.
2. Monitor your network. Enter the following command, making sure to enter your network’s information where necessary: airodump-ng -c channel —bssid MAC
   • For example: airodump-ng -c 1 —bssid 9C:5C:8E:C9:AB:C0
3. Wait for something to connect to the network. Once you see two MAC addresses appear next to each other (and a string of text that includes a manufacturer name next to them), you can proceed.
   • This indicates that a client (e.g., a computer) is now connected to the network.
4. Open a new Terminal window. You can just press Alt+Ctrl+T to do this. Make sure airodump-ng is still running in the background Terminal window.
5. Send the deauth packets. Enter the following command, making sure to substitute your network’s information: aireplay-ng -0 2 -a MAC1 -c MAC2 mon0
   • The “2” refers to the number of packets to send. You can increase or decrease this number, but keep in mind that sending more than two packets can cause a noticeable security breach.
   • Replace “MAC1” with the left-most MAC address at the bottom of the background Terminal window.
   • Replace “MAC2” with the right-most MAC address at the bottom of the background Terminal window.
   • Remember to replace “mon0” with your interface name that you found when your computer initially looked for routers.
   • An example command looks like this: aireplay-ng -0 3 -a 9C:5C:8E:C9:AB:C0 -c 64:BC:0C:48:97:F7 mon0
6. Re-open the original Terminal window. Go back to the background Terminal window when you’re done sending the deauth packets.
7. Look for a handshake. Once you see the “WPA handshake:” tag and the address next to it, you can proceed with hacking your network.