diff --git a/README.md b/README.md
index 52df605..97eb983 100644
--- a/README.md
+++ b/README.md
@@ -1,4 +1,6 @@
 
+# WombusLED
+
 For now, a template for an embdedded application for the ESP32-S3-Wroom1 module running ESP-IDF
 Will update with firmware for the controller board for the WS2812b RGBLED panels
 
@@ -6,23 +8,23 @@ KiCad schematic and PCB layout files can be found in the pcb directory
 
 Scripts are in scripts directory, named appropriately
 
-Development plan: 
-    - Build setup, get working hello-world program.
-    - Develop 7-segment display driver for the soburg-v2 board, which uses 32-bit shift registers.
-      Ensures functional hardware interaction and interface design.
-    - Develop WS2812b driver, would be nice to have some kind of testing for this.
-    - Develop WS2812b interface. I like the FastLed library for Arduino so might have a lot of similar functionality.
-    - Implement proper app structure, with error checking and performance profiling
-    - Add a couple LED effects- the random blink and rainbow sweep are easy ones.
-    - Create a mock LED panel that executes natively to test LED effects outside of hardware. (SDL2 or something)
+## Development plan: 
+- [ ] Build setup, get working hello-world program.
+- [ ] Develop 7-segment display driver for the soburg-v2 board, which uses 32-bit shift registers.
+    Ensures functional hardware interaction and interface design.
+- [ ] Develop WS2812b driver, would be nice to have some kind of testing for this.
+- [ ] Develop WS2812b interface. I like the FastLed library for Arduino so might have a lot of similar functionality.
+- [ ] Implement proper app structure, with error checking and performance profiling
+- [ ] Add a couple LED effects- the random blink and rainbow sweep are easy ones.
+- [ ] Create a mock LED panel that executes natively to test LED effects outside of hardware. (SDL2 or something)
       Should use the same interface but a different driver (that's probably integrated into the program)
       Needs to be updated to support the same control interfaces implemented on hardware.
-    - Add support for the aforementioned hardware control interfaces.
+- [ ] Add support for the aforementioned hardware control interfaces.
       (Dedicated control board may vary, main one not even designed yet)
       Buttons for switching effects, potentiometers, rotary encoders, 7 segement displays, OLED panel, etc.
-    - Checkpoint at a Conway's Game of Life effect that can be modified by controls (speed, brightness, reset)
-    - Design this far out is murky, anything past this point is a future ambition
-    - MicroSD card for bitmap effects. Implies custom images and animations, config for which can be in a yaml or something
-    - Microphone for sound-based effects like a spectrum analyzer
+- [ ] Checkpoint at a Conway's Game of Life effect that can be modified by controls (speed, brightness, reset)
+- [ ] Design this far out is murky, anything past this point is a future ambition
+- [ ] MicroSD card for bitmap effects. Implies custom images and animations, config for which can be in a yaml or something
+- [ ] Microphone for sound-based effects like a spectrum analyzer
     
 This is basic but hopefully can be good platform for future WS2812b projects.