A tool for controlling adressable LEDs, servos and other perifery in cosplay props, decorations for tabletop games, LARP and other stuff with a g-code like scenarios. It's based on STM32 f103C8T6 controller with custom breadbord designed to be tiny to fit in most of situations.

The main goal of the project is to make a tool that allows to realize complex scenarios with adressable LEDs like WS2812, servo drives, I2C controlled perifery and other stuff that is more complex than a simple ON/OFF switch, byt with a simple and straight forward command list, so the crafter don't need to bother with libraries and code like in Arduino ecosystem. Basically you tell the controller what to do and the firmware handles the rest. The compiled code is adjusted to read instructions from microSD, communicate through USB with host, communicate with other perifery through 2 UARTs and I2C (including sincronisation with other alike controllers for scalability), getting input data from 5 phisical buttons and simultaneouselly controlling 8 output channels that can handle ON/OFF, PWM or up to 576 pixels simultaneouselly. The controlling scenarious can be as simple as a set of pictures changing one another and as complex as multy-branch tree-like structure with reactions for external events.

Current software is distributed unde Creative Commons attribution, share alike. Any usage, both personal and commertial, is allowed as long as the derivative controller identifies itself as a "DKLed" through a certain echo request.