update readme

README.md

@@ -4,33 +4,28 @@
 
 CTTS is an open source application for reading [sky brightness](https://en.wikipedia.org/wiki/Sky_brightness) all over the earth's landmass, without a sensor.
 
-## features
+## about
 
-- gRPC api for predicting sky brightness
+This project is motivated by wanting an answer to the following question:
 
-- publisher component that repeatedly generates sky brightness readings for coordinates of H3 cells
+> where and when are the stars good?
+
+It would be infeasible to have [sensors](http://unihedron.com/projects/darksky/TSL237-E32.pdf)
+everywhere you would want a sky brightness measurement, but one path is to do inference of this value.
+
+The approach this project takes is to use pytorch to capture the relationships within the [Globe At Night
+dataset](https://globeatnight.org/maps-data/) and predict sky brightness for H3 cells at a configured [H3 resolution](https://h3geo.org/docs/core-library/restable/) (default `0`).
+
+## features
 
-- consumer component that stores sky brightness readings and finds reading with highest `mpsas` during last iteration over H3 cells
+- passive collection of predicted sky brightness for H3 cells in earth's landmass.
 
 ## todos
 
 - [ ] update open meteo data while app is running
 - [ ] create typer app to manage brightness model
 - [ ] brightness prediction cycle can push alerts
 
-## about
-
-This project is motivated by the desire to know:
-
-> where and when are the stars good?
-
-It would be infeasible to have [sensors](http://unihedron.com/projects/darksky/TSL237-E32.pdf)
-everywhere you would want a sky brightness measurement, but one path is to do inference of this value.
-
-The approach this project takes is to use pytorch to capture the relationships in the [Globe At Night
-dataset](https://globeatnight.org/maps-data/) and use that captured relationship to
-predict sky brightness for H3 cells at a configured [H3 resolution](https://h3geo.org/docs/core-library/restable/) (default `0`).
-
 ## running with docker
 
 - `git clone`