The Ultimate ESP32 Hacking Tool: Because sometimes you just need to be a little evil!

Looking to take down your neighbor's wifi network? Or just want to cause chaos at your local coffee shop? Or does your Boss pay you less than you deserve?

Look no further, because we have the perfect tool for you: the ESP32 hacking tool!

Features

CLI & Display version

• WiFi Beacon Spammer: With our beacon spammer feature, you can flood the area with fake wifi signals and confuse the hell out of anyone trying to connect to a legitimate network.
• WiFi Deauther: And when things get a little too boring, use our deauther function to disconnect someone from the internet in a flash. It's like a digital version of pulling the plug on their router. And no it is not a WiFi jammer, it is a deauther. Don't know the difference? just google script kiddie.
• Captive Portal: Our captive portal feature allows you to redirect all incoming connections to a custom landing page, where you can collect login information. You can choose between a Google Login page and a McDonald's Free WiFi page. Why McDonald's? Because from now on you can earn McDonalds reward points as a fat but brave hacker for other people!
• Evil Twin: Our Evil Twin attack creates a replica of another WiFi network which gets permanently deauthenticated as well, so you can't connect to the original network. If you now connect to the fake wifi, a fake router login page opens, telling you that the router password has expired. if you finally received the complex password of your 80-year-old neighbor, you can inform him that "0123456789" is not the safest password.
• WiFi Scanner: Scan for nearby WiFi networks and their bssid, channels and signal strength.
• BLE Spoof: Broke but want to flex with AirPods like a rich kid?? Fear not the ble spoof is the perfect flexing tool. Spoof Apple, Google, Samsung and Microsoft devices. (Some Apple Devices are even crashing)

CLI version only

• HTTP-Request
• ModBus-Request
• UPD-Request
• ARP-Request

CLI (Terminal) version

Experience an interface similar to a conventional Terminal. Your recent commands are stored and easily retrievable using the arrow keys and autocomplete can be achieved by pressing tab.

IMPORTANT NOTE: Ensure that your serial monitor is compatible with escape codes to guarantee accurate output display.

If you are Windows user (my condolences 🥲). CMD not displays output correctly. As an alternative, consider using Putty or a similar program. Instructions for Mac/Linux Users:

• If you have esp-idf already installed, simply use idf.py monitor.
• If not, I recommend using cu:

1. Determine the serial port by entering ls /dev/cu* in the terminal.
2. To open the serial monitor, type sudo cu -s 115200 -l <serial_port>.
3. To exit the serial monitor, type ~..

Instructions for Windows Users:

• First, download and install Putty.

1. Identify your Serial COM Port in the device manager.
2. In Putty, select 'Serial' as the connection type.
3. Input your COM Port in the 'Serial line' field.
4. Set the speed to 115200 and click 'Open' to start the session.

Demonstration

For the full video press on the gif or click this link

Handheld display version

How to flash firmware

If you know what you do, and even want to add custom features:

1. download the esp idf toolchain (IMPORTANT: idf-version must be 4.3.2) and the esp32-hacking-tool
2. connect your esp32 to your computer
3. open a terminal and navigate to the esp32-hacking-tool folder
4. run idf.py build flash

or just use the precompiled bin file and flash it with esptool

1. connect your esp32 to your computer
2. To make sure to "clean" your esp32 just run
   Mac/Linux: esptool.py -p /dev/cu."PORT" erase_flash
   Windows: esptool.py -p COM"PORT" erase_flash
3. open a terminal and navigate to the esp32_hackingtool/precompiled_files folder and run following command:
   Mac/Linux: esptool.py -p /dev/cu.usbserial- -b 1200000 --before=default_reset --after=hard_reset write_flash --flash_mode dio --flash_freq 80m --flash_size 4MB 0x8000 partition-table.bin 0x1000 bootloader.bin 0x20000 hackingtool.bin
   Windows: esptool.py -p COM -b 1200000 --before=default_reset --after=hard_reset write_flash --flash_mode dio --flash_freq 80m --flash_size 4MB 0x8000 partition-table.bin 0x1000 bootloader.bin 0x20000 hackingtool.bin

or for newbies use this amazing website from Spacehuhn

1. Download all files from esp32_hackingtool/precompiled_files folder.
2. Open this Website.
3. Press connect and choose your esp32 from the list
4. Enter offset of 0x1000 for the bootloader.bin file
5. Offset of 0x8000 for partition-table.bin
6. And offset of 0x20000 hackingtool.bin
7. Click PROGRAM

Hardware Requirements

• You can use any ESP32 equipped with a minimum of 4MB of flash memory. External RAM is not required, as only internal RAM is utilized.
• For the display version I used the TTGO T-Display AliExpress or if you are rich and impatient Amazon. Apparently, you can use probably every ESP32 board with an OLED display, simply change the pin definitions in the menuconfig.

Extra Information

The code is fully written in the ESP-IDF framework, with a little API, so you may easily add new features.

Since I am not allowed to code stuff like this at my job, I decided to create this project in my free time (If you want to support me you can buy me a coffee). I hope you enjoy it as much as I did creating it. If you have any questions or ideas, feel free to create issues or even better pull requests. I will try to answer them as soon as possible. If I have more time, I will add some more features to this project, here are some ideas:

Future plans

• Create a simply version of the CLI without escape commands
• Add POST, PUT... for networktools-request
• Add ModBus Write for networktools-request
• Add Port Scanner for networktools-request
• Add Ping for networktools-request
• Add IR-Module
• Implement sniffer tools
• Implement more bluetooth tools
• Add a nfc module to read and write nfc tags

Disclaimer: This project is for educational purposes only. I am not responsible for any damage you cause with this tool. Use it at your own risk. No animals were harmed during the development of this project.