https://www.autostakkert.com/ For Stacking. Windows only but runs fine using Wine.

https://www.youtube.com/watch?v=Ci_aMmO4DBA

http://deepskystacker.free.fr/english/index.html

http://www.firecapture.de/

For capturing. There is a Linux version that supports a limited set of cameras.

https://edu.kde.org/kstars/

Linux, Windows and MacOS versions.

To install this for Ubuntu/Pop_os follow these instructions. Yes, you’ll need kstars-bleeding.

Full featured astronomy software. Free and open source. Includes Ekos astrophotography suite. Apparently it can control many different devices as long as they have an INDI driver.

If a device doesn’t have an INDI driver, it is possible to make one. See INDI developer guide.

See also Kstarts handbook

Part of Kstars and can control stuff like mounts, cameras, etc. It will need INDI to be installed with 3rd party drivers. See also https://www.indilib.org/get-indi/download-ubuntu.html (Follow steps 1 and 2).

See Ekos setup instructions

To run Ekos just start kstars from the terminal kstars and click the ekos button

https://indilib.org/

This is used for Celestron NexImage cameras https://www.indilib.org/ccds/web-cameras.html

https://www.openastroproject.org/oacapture/ Getting this to work on Pop OS 20.10 was interesting, but it did work. I was able to capture images and video with my Nextimage 10.

Followed this https://indilib.org/forum/general/6290-indi1-8-2-conflict-with-oacapture1-6-0.html#48034

See also https://indilib.org/forum/ccds-dslrs/8422-segfault-with-neximage-10-ccd-on-linux-mint-20.html#64774

https://sites.google.com/site/astropipp/home

Used for pre-processing images/videos before stacking them. It’s a Windows application but there are instructions for installing on Linux with Wine.

http://www.astronomie.be/registax/

Stacking and image processing. It seems like the recommendation is to use AutoStakkert for stacking and RegiStax for image processing (eg, wavelet processing).

http://planetaryimagingtutorials.com/

See also this advice for chosing an eyepiece

Magnification = Objective Focal Length / Eyepiece Focal Length

TFOV = AFOV (apparent field of view) / Magnification

Specifications

• Reflector

https://www.celestron.com/products/neximage-10-solar-system-color-imager#specifications