diff --git a/README.md b/README.md
index c96e482..e2ef3f4 100644
--- a/README.md
+++ b/README.md
@@ -4,11 +4,11 @@
 An Arduino sketch that turns a NodeMCU board into an Art-Net node.  
 Specifically built with home automation in mind, exposes MQTT hooks for when DMX alone just ain't enough!
 
-## Compatibility:
+## Compatibility
 **Only ESP8266 is supported** (tested on NodeMCU).  
 Other ESP8266 boards might work as long as they have the required pins and at least 1MB of flash.
 
-## Support:
+## Support
 #### Inputs:
 * Art-Net  
 * E1.31 (sACN)
@@ -21,14 +21,14 @@ Other ESP8266 boards might work as long as they have the required pins and at le
 
 E.g., you can have 2x DMX, 2x NeoPixel lines, or 1x DMX + 1x NeoPixel
 
-## Other Features:
+## Other Features
 * A frontend web app built in Vue for diagnostics & configuration of the node itself
 * An access point at first boot used for setting up the node
 * Configurable fade times for MQTT input actions
 * Configurable frame interpolation to make those pixel lines look buttery smooth even with sub 60Hz input. A snap threshold can be set as well
 * 4x standalone scenes that can be recalled via MQTT (values are set on the web frontend. Current implementation is very rough!)
 
-## Wirings:
+## Wiring
 ### DMX:
 ![](images/pinout-dmx.png)
 ### Pixels:
@@ -38,19 +38,39 @@ Note that you can't power pixels directly from the board.
 
 **Remember to change the port type accordingly in the node's config!**
 
-## Screenshots:
+## Screenshots
 [<img src="images/screenshot-config.png" width=25%>](images/screenshot-config.png)
 [<img src="images/screenshot-status.png" width=25%>](images/screenshot-status.png)
 [<img src="images/screenshot-output.png" width=25%>](images/screenshot-output.png)
 
-## TODO:
+## Install
+#### NodeMCU:
+- Grab the precompiled sketch from the [releases](/releases/latest) page
+- Flash it with your preferred tool
+#### Other ESP8266 boards or compile from source:
+- Download VSCode
+- Add the PlatformIO extension
+- Clone this repo
+- Open the folder within VSCode and PlatformIO should set the environment up
+- Adjust `platformio.ini` with your board's configuration
+- Build and upload
+
+## Setup
+If the firmware was flashed successfully then the NodeMCU LED should blink every second to indicate a first time setup is needed.
+- Grab your phone and connect to the `EspDmxNode-XXXX` wifi access point the node has created
+- You should be redirected automatically to the node's configuration page. If not, open your browser and navigate to http://192.168.1.1
+- Fill in the wifi settings required to connect to your desired AP. Disable DHCP if you wish it to have a static IP within your network
+- Save, the node will restart and attempt to connect with the settings provided
+- If everything went smoothly, the NodeMCU LED should blink fast to indicate the node is operational and the `EspDmxNode-XXXX` AP should disappear
+
+## TODO
 * Support different color layouts and more chips
 * Add support for pixel lines spanning multiple universes
 * Test longer pixel lines (tested with 50 pixels, but I'm confident a full uni of 170 should be no sweat)
 * Iterate over the standalone scenes feature
 * Refactor config serialization
 
-## Libraries:
+## Libraries
 [AsyncMqttClient](https://github.com/marvinroger/async-mqtt-client) by marvinroger  
 [Art-Net and DMX libraries](https://github.com/mtongnz/ESP8266_ArtNetNode_v2/tree/master/libs) by mtongnz  
 [NeoPixelBus](https://github.com/Makuna/NeoPixelBus) by Makuna