DSTIKE WiFi Deauther MiNi V4

V3 → V4 Differences

• The PH2.0 reverse battery connector has been upgraded to the PH1.25 forward battery connector.
• An external input protection diode has been added to prevent current from flowing back into the USB.
• The component positions were adjusted and the charging circuit was re-optimized, which improved heat dissipation and made the circuit run more stably.
• Brand-new packaging and instruction manual.

WHAT IS IT?

Deauther Mini is a portable WiFi penetration testing development board specifically designed for cybersecurity research, education, and geek enthusiasts. It is based on the popular ESP8266 chip and pre-installed with the renowned Deauther firmware written by Spacehuhn.

No complex code configuration is required. Just press a button and you can visually test and explore the vulnerabilities and mechanisms of 802.11 wireless networks in the palm of your hand.

Deauther Mini originated from the nodemcu development board. You can still regard the latest V4 version as an improved NodeMCU development board.

KEY FEATURES

Deauth (Disconnection Testing)

Forcefully disconnect specific devices from their WiFi connections by sending spoofed deauthentication frames to the target router and devices. Ideal for testing network resilience and defense mechanisms.

Beacon (SSID Flooding)

Instantly generate dozens or even hundreds of fake WiFi network names (SSIDs). This can be used to obscure your actual WiFi network or broadcast specific messages to nearby devices.

Probe (Probe Request Spoofing)

Send fake probe requests to confuse WiFi trackers, or observe the signals devices emit when searching for known networks to gain a deeper understanding of device connection behaviors.

Packet Monitor

Display WiFi traffic in real-time to analyze network activities.

GPIOS AND HARDWARE INFO

• Display: SH1106 1.3″ OLED
• Display SDA: GPIO 5
• Display SCL/SCK: GPIO 4
• WS2812b LED: GPIO 15
• Button Up: GPIO 12
• Button Down: GPIO 13
• Button Select: GPIO 14
• High Light LED: GPIO16

HARDWARE HIGHLIGHTS

• Ultra-Portable Design: A true “pocket-sized” gadget. Easy to carry and always ready to go.
• Intuitive Visual Operation: Equipped with a high-contrast OLED display and onboard physical buttons. Navigate menus and execute tests independently without needing a PC or smartphone.
• Excellent Expandability: Onboard power management system supports direct LiPo battery connection and charging. External antenna interface allows swapping in high-gain antennas.
• Open-Source & Programmable: Standard ESP8266 development board. Use Arduino IDE for secondary development and flash custom firmware. Schematic: GitHub

WHAT MAKES IT SPECIAL?

• Only ~80mA power usage
• Type-C Socket
• PH1.25 forward battery connector
• Included 5dB antenna
• All GPIO breakouts and 3.3 and 5V output
• 2 LEDs to indicate battery charging status (Red: Charging, Green: Full)

DISCLAIMER

This device is strictly for educational purposes and for testing on networks and devices that you either own or have explicit permission to test. Unauthorized interference or disconnection of others’ network connections is illegal in most countries and regions. Please adhere strictly to local laws and regulations, and act as a responsible white-hat security researcher.

MORE INFO

Deauth

Closes the connection of WiFi devices by sending de-authentication frames to access points and client devices you selected. This is only possible because a lot of devices don’t use the 802.11w-2009 standard that offers protection against this attack.

Beacon

Beacon packets are used to advertise access points. By continuously sending beacon packets out, it will look like you created new WiFi networks. You can specify the network names under SSIDs.

Probe

Probe requests are sent by client devices to ask if a known network is nearby. Use this attack to confuse WiFi trackers by asking for networks that you specified in the SSID list.