This fork of the Minigotchi project adds support for SSD1305 128x32 screens and integrates a Neopixel status light. I also increased the delay timings, and i believe this helped the crashing -- i've been running with no problems. These enhancements provide a more versatile and visually informative experience for your digital pet. Also shortened the display messages to make it all fit on the screen better!
SSD1305 128x32 Screen Support: Fully compatible with the SSD1305 128x32 display, offering clear and concise visuals for your Minigotchi.
Neopixel Status Light: A Neopixel light that blinks different colors to indicate the current stage of the Minigotchi, making it easier to monitor the status at a glance.
Special thanks to the original Minigotchi project for the inspiration and foundation of this fork.
This is a project meant to showcase the use of low-level Wi-Fi frame manipulation in a Pwnagotchi-like matter with an ESP8266/ESP32. This firmware is designed with simplicity just as much as similarity to the Pwnagotchi, promoting configuration reusability, low(er) memory usage, and a little bit of mischief.
The Minigotchi can detect Pwnagotchis, and send "advertisements" for another Pwnagotchi to detect, along with deauthenticating devices connected to an AP. Originally meant to just befriend a local Pwnagotchi, I plan to improve it and extend its purpose, merely with an ESP8266 with 4 MB of memory.
See the install guide.
The code is written in these languages.
- C
- C++
Note that the C++ in Arduino is slightly modified from what I have heard. See this Reddit question for more about this. Arduino probably has tweaked it to be more beginner-friendly, although still being low-level. The Pwnagotchi is a complex machine written in Python and Go, so code from the Pwnagotchi Project is not compatible with mine.
- Arduino IDE
- A good understanding of coding/programming
- D1 Mini ESP8266 V4(or any other supported hardware in the wiki)
- A reliable and appropriate power source and supply for the hardware
- Patience (a lot of it)
See the wiki.
See the wiki.
See this project.
See the Contributing Guidelines here.
See the wiki.
See the wiki.
If you believe your project wasn't properly credited, please let me know ASAP! Here's how you can communicate with me.
Thanks to these projects for making this a little bit more possible for me, I have used libraries/code from these projects and implemented it here:
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Pwngrid, this is what the project is trying to replicate, specifically the Pwnagotchi's system of peer detection. If this didn't exist, this project probably wouldn't have either.
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Arduino, mostly just the repository containing libraries for the project so I can build this code. Many libraries were used in this core repository.
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80211Raw allows raw arbitrary frames to be received and sent through an ESP8266 or ESP32 using C and C++ in an interesting and useful POC. This was used to send the Pwnagotchi-like frames. Most of the previous releases used this library, but now not anymore.
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ESP8266 Deauther, the POC that shows that an ESP8266 can deauth and attack local access points. Deauthing is based on this project and is done in a very similar fashion. Not only that, but it can also send probes and create fake APs.
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ESP32 Marauder, similar to the ESP8266 Deauther, although packed with more features and support for Flipper Zero's ESP32 WiFi Card Module. It has wardriving capabilities, BLE, Pwnagotchi Scanning, and Deauthing available. This is a very cool project, I highly recommend checking this out if you have an ESP32.
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ESPAsyncWebServer, the library that allows a Web UI on the ESP8266, along with an AP.
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Milkydeveloper, idk what he did but he wanted to be here ig so...(this is totally not an advertisement)
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This is a set of projects, one of which was an ESP32 sniffer.
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esp8266-sniffer, an ESP8266 sniffer dedicated to finding probes from smartphones.
Made with ❤️ by @dj1ch and the rest of the Pwnagotchi-Unofficial team!