Welcome to the official Sprinqua discussion area!

Sprinqua is an irrigation controller application for Orbit OS, designed to manage irrigation zones, schedules and watering programs.


This forum section is the place to discuss everything related to Sprinqua, including:

• Installation and configuration
  
• Irrigation programs and schedules
  
• Zone and valve control
  
• New features and improvements
  
• Bug reports and troubleshooting
  
• Hardware compatibility
  
• Feature requests and suggestions
  
• Feedback and general discussion
  
  

Orbit Studio is the VS Code extension that enables real-time remote development for Orbit OS devices. With it, you can connect directly to your device (Raspberry Pi, Arduino UNO Q, or any certified hardware) and edit, test, and debug your .orb apps without manually deploying after every change — updates reflect live on the device.

A note on availability: Orbit Studio isn't on the VS Code Marketplace yet — it's currently going through the approval process. Once it's live there, installation will be a one-click affair. In the meantime, we'll be posting new releases and their changelogs right here in this forum, so keep an eye on this thread for updates and manual install instructions until the Marketplace listing goes through.


This forum exists for:

• Installation and setup questions — issues connecting Orbit Studio to your device, SDK configuration, authentication, and similar setup hurdles.
  
• Release announcements & changelogs — new builds posted here ahead of the official Marketplace launch.
  
• Workflow sharing — how other developers structure their development cycle with live reload, remote debugging, and integration with the SDKs.
  
• Bugs and feedback — reporting unexpected extension behavior, suggesting features, discussing known limitations.
  
• Real-world use cases and examples — projects built with Orbit Studio (e.g. Sprinqua, FluxSolar), tips from developers who've already hit the same roadblocks.
  
• Hardware compatibility — discussion on which boards/devices work best with the Studio, particularly in the context of certified devices (.dcert).
  

A huge thank you to the Sprinqua team for being the first external developers to build and publish an application for Orbit OS.

It’s great to see Orbit OS starting to grow into an open ecosystem where external teams can contribute real, working solutions. Sprinqua is a strong example of what can be built on top of it, and it marks an important step toward a more open and extensible platform.

You can find more about Sprinqua on their official page:
www.sprinqua.com

Sprinqua app available here:
https://store.orbit-os.org/app/sprinqua

Before posting a troubleshooting request, what logs and diagnostics should we include to speed up support?

I want to follow best practices and provide enough technical detail from the start.

My install failed because I selected a package for the wrong architecture.

After selecting the correct build for the target board, installation succeeded immediately.

Posting this in case it helps other newcomers.

Sharing a solved issue: package download timed out on first boot.

Root cause was incorrect DNS on the gateway side.
After fixing DNS and retrying, everything installed correctly.

Can we keep a standard troubleshooting checklist for new setups?

I currently verify network, DNS, time sync, package endpoint, and free disk space.

Would love to add any missing checks from experienced users.

Is there currently any app available for iOS? I would like to use OrbitOS services from an iPhone.

Would it be possible to create a VS Code extension for OrbitOS development workflows?

It would be very helpful to have project templates, deployment helpers, and quick diagnostics directly in the editor.

I just finished installing OrbitOS on an Arduino Uno Q setup and it is spectacular.

It feels very lightweight, responsive, and stable.

Everything I tested so far works really well. Great work by the team.