Hello all, I am testing OrbitOS for a small robotics classroom.

Setup was surprisingly simple, and our first app deployment completed successfully in the first session.

Looking forward to sharing more results.

In Go SDK integrations, what is the preferred pattern to track async install operations end-to-end?

I am currently correlating operation IDs with event stream updates, and it works well.

Would be useful to know if there is an official helper planned.

I am building my first OrbitOS app and I want to keep configuration future-proof.

Do you recommend:
- versioned config schema
- strict validation at startup
- migration hooks between schema versions

Any reference implementation from the team?

Posting in case it helps someone: my install failed because I selected the wrong architecture build.

After switching to the correct package for the board, install worked immediately.

The platform behavior was clear once I checked the architecture details.

I can install OrbitOS, but on first boot the package download step fails once and then works after retry.

Is there a recommended check order for:
- network reachability
- DNS resolution
- package endpoint configuration

Any quick checklist would help.

Hi everyone, I am Leo and I am exploring OrbitOS for small industrial automation pilots.

I really like how clean the setup and app lifecycle look compared to heavier stacks.

Happy to join and learn from the community.

Sharing in case it helps others: I had a login error after changing password, but it was local session cache.

After clearing session data and authenticating again, everything worked.

Thanks to support for the quick and objective response.

I used ioflow with serial-console in a prototyping project and it worked very well.

Installation through the Store was simple, and integration between apps was stable from day one.

Great job on the curation of recommended apps.

I have worked with embedded stacks for years and I really like OrbitOS architecture.

It is modular without being complicated, and components communicate with clear separation of concerns.

Congrats to the team for the technical clarity.

Quick validation results to share:

- clean install on Pi 4
- deployment of 3 Store apps with no errors
- updates applied with controlled reboot
- rollback tested successfully

The simplicity of the update flow helped a lot during QA.