Size (lunchbox)

image quality (4000px JPG)

portability

quick setup

all-sky image

Built-in Location, time, and alignment sync

12-16 hour battery life

you tube sharing of timelapses

low cost (~$1000)

single button Cloud upload

The 'Borrow an AurorEye' model

The presentation of the keogram with the timelapse

VR/Youtube 360 videos

Projection of timelapse onto globe

Static/permanent AurorEye camera

Adaptive FrameRate (faster when aurora more active)

Big push to do calibration in brightness to flux and colour to wavelength

Near infrared sensitivity (aka full spectrum or Astro Modified)

Stereo altitude determination with another ASI

High sensitivity magnetometer (~20nT range)

Starlink internet connection (more than quadruples the cost))

High dynamic range imagery (RAW instead of 8-bit)

Open source so I or my organization can try building one

Collaboration with an existing University or science instrumentation project (please let us know which)

Even Lower cost version even at the expense of image quality

Automatic detection and labelling of substorm events, red aurora, and other features

Add synchronized data from open sources, like magnetometers

Bigger colours screen on unit

Longer wifi range (>30 meters)

Get funding to build 10 more and loan them out