Wi-Fi Deauther Watch: Hack Networks Instantly

Are you ready to take your hacking skills to the next level? With the Wi-Fi Deauther Watch, you can now hack networks and devices directly from your wrist. This innovative device allows you to execute Wi-Fi deauthentication attacks with ease, giving you the power to disrupt wireless connections and access points effortlessly.

What is the Wi-Fi Deauther Watch?

The Wi-Fi Deauther Watch is a compact and wearable device that functions as a portable Wi-Fi deauthentication tool. It is equipped with a built-in ESP8266 microcontroller and OLED display, allowing you to execute deauthentication attacks on Wi-Fi networks with just a few clicks. This powerful tool comes pre-loaded with firmware that supports various hacking functionalities, making it ideal for penetration testers, security researchers, and ethical hackers.

What You'll require:

Now, if you want to purchase each component separately, you can really assemble a Deauther Watch yourself, but I suggest using one of the links below to get a pre-flashed model that already has all the pieces.

DSTIKE: DSTIKE Deauther Watch v1

Deauther Hackheld ESP8266 Development Board Open-Source Handheld Hack DIY Kit

DSTIKE: DSTIKE Deauther Watch v3 ($65 + tax and shipping)

How Does it Work?

Using the Wi-Fi Deauther Watch is straightforward and intuitive. Follow these steps to hack networks and devices:

1. Power On the Device: Press the power button to turn on the Wi-Fi Deauther Watch.

2. Select Wi-Fi Network: Navigate through the menu using the buttons on the watch to select the target Wi-Fi network you want to attack.

3. Execute Deauthentication Attack: Once the target network is selected, press the deauthentication button to initiate the attack. The device will start sending deauthentication packets to the selected network, disrupting the connection between devices and the access point.

4. Monitor Attack Progress: The OLED display on the watch provides real-time feedback on the progress of the deauthentication attack, allowing you to monitor the number of deauthentication packets sent and the status of the attack.

5. Stop the Attack: To stop the deauthentication attack, simply press the stop button on the watch. This will halt the transmission of deauthentication packets and restore the normal functioning of the Wi-Fi network.
   

6. 1. To enable the screen on your Deauther Watch, follow these steps:

      1. Turn on the screen (if necessary).
         
         
         You must enable the screen on your Deauther Watch if it isn't functioning. If you ever need a solid resource for Setup Display and Buttons, the Wi-Fi Deauther Wiki has it.
      Use the following command to connect to your computer's screen while your Deauther Watch is still attached to it via a Micro-USB connection. The port that your Deauther Watch is linked to must be swapped out.
      
      
      
      
      
      As an alternative, you can use the Arduino IDE to connect to it. Should you prefer to proceed in that manner, launch the Arduino IDE, select "Tools" from the menu, click "Port," and input the port of your Deauther Watch that is attached. The serial monitor can then be accessed by typing Command-Shift-M on your keyboard or by clicking the button in the current window.
      
      
      Once connected, run help to view a set of commands and make sure you're connected correctly, either using the Arduino IDE or a terminal. The output should look like this.
      
      
      
      
      
      To enable the screen, type the following commands into your Arduino IDE or terminal.

      

      
      
      
      To set up a legal Wi-Fi hacking practice target, consider creating a reactive target using the "WiFiAccessPoint" sketch for ESP8266-based microcontrollers like the D1 Mini. You can find a modified sketch called ReactiveTarget.ino in Kody Kinzie's WiFiHackingWorkshop project on GitHub. Download and flash this sketch onto your ESP8266. If you need assistance, refer to my previous guide on playing Wi-Fi hacking games using microcontrollers for similar steps and code examples. Below is the content of the ReactiveTarget.ino file for your reference:
      #include <ESP8266WiFi.h> const char* ssid = "YourWiFiNetworkName"; const char* password = "YourWiFiPassword"; const int redLedPin = D5; // Pin for red LED const int greenLedPin = D6; // Pin for green LED const int blueLedPin = D7; // Pin for blue LED void setup() { pinMode(redLedPin, OUTPUT); pinMode(greenLedPin, OUTPUT); pinMode(blueLedPin, OUTPUT); Serial.begin(115200); delay(100); // Connect to Wi-Fi Serial.println(); Serial.print("Connecting to "); Serial.println(ssid); WiFi.begin(ssid, password); int attempts = 0; while (WiFi.status() != WL_CONNECTED && attempts < 10) { delay(500); Serial.print("."); attempts++; } if (WiFi.status() == WL_CONNECTED) { Serial.println(""); Serial.println("WiFi connected"); Serial.println("IP address: "); Serial.println(WiFi.localIP()); // Flash green LED flashLED(greenLedPin, 3, 500); } else { Serial.println(""); Serial.println("WiFi connection failed"); // Flash blue LED flashLED(blueLedPin, 3, 500); } } void loop() { // Check if Wi-Fi is accessible if (WiFi.status() != WL_CONNECTED) { // Flash red LED flashLED(redLedPin, 3, 500); } else { // Flash green LED flashLED(greenLedPin, 3, 500); } } void flashLED(int pin, int count, int duration) { for (int i = 0; i < count; i++) { digitalWrite(pin, HIGH); delay(duration); digitalWrite(pin, LOW); delay(duration); } }
   2.  
      This code continually checks the Wi-Fi connection status and flashes LEDs accordingly: red for being blocked, green for successful connection, and blue if unable to connect at all. Look for Target Networks
      We can now flick the side switch to turn on the Deauther Watch. Press the scroll switch to open the scan menu after using it to choose the SCAN option from the main watch menu.
      
      
      
      You can select to scan for stations (SCAN STATIONS), access points (SCAN APs), or both (SCAN AP + ST) from the scan menu. Press the scroll switch to start the scan after you've chosen which to look for and selected it using the scroll switch.

      You will be able to see how many APs, stations, or both were located once the scan is finished. Return to the main menu now, and select the SELECT menu. This is where the APs or stations that the scan found are shown.

   1. Next, search for your reactive target by going through the APs, Stations, Names, and SSIDs options. After choosing your target, save it to the target list by using the scroll wheel to mark it with an asterisk (*).

   1. Take Aim at a Specific Network

   1. Return to the main menu and this time choose the ATTACK menu option. You can utilize the DEAUTH, BEACON, or PROBE attacks once you're there.
   1. The beacon attack is an option if you wish to repeatedly copy this. Try the probe attack if you wish to send out a lot of probe frames searching for this network or device.
   1. I'll go with the deauth attack. After choosing DEAUTH, navigate to START and hit the button to get started. The ESP8266 reactive target should begin to blink red in distress as a result of the target being cut off from its network.
   1. The reactive target should be disconnected from the Wi-Fi network once you have successfully jammed its network. When you're prepared to end the attack, simply press the scroll button once more, at which point the reactive target can re-join the network.
   1. This was only a brief example of how to scan, pick, and attack a network using the Deauther Watch. Simply launch the attack again to resume assaulting the device.
      
      

   1. Use your Deauther Watch with caution.

   1. One fantastic method to help the Wi-Fi Deauther project developers is to purchase a Deauther Watch, which is a truly outstanding project. If you decide to purchase one of these watches, be aware that it has some capabilities that may be prohibited in your nation or area, such as hacking into a Wi-Fi network that you are not authorized to access. Make cautious to verify your local regulations before using this device on networks you are not authorized to test as it could be a major issue.
      

Ethical Use and Legal Considerations

It's important to note that the Wi-Fi Deauther Watch should only be used for ethical hacking purposes and with the explicit permission of the network owner. Performing unauthorized deauthentication attacks on Wi-Fi networks is illegal and unethical, and can result in severe legal consequences. Always ensure that you have the appropriate authorization before using this device for penetration testing or security research purposes.

Conclusion

With the Wi-Fi Deauther Watch, hacking networks and devices has never been easier or more accessible. This compact and powerful device puts the power of Wi-Fi deauthentication attacks right at your fingertips, allowing you to test the security of wireless networks with ease. However, it's crucial to use this tool responsibly and ethically, and to always obtain proper authorization before conducting any hacking activities.

Are you ready to unleash the full potential of the Wi-Fi Deauther Watch and take your hacking skills to new heights? Get your hands on this cutting-edge device today and see what you can achieve!