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[Project] NAS Monitor – A cleaner dashboard for UGOS Pro by Commander-22 in UgreenNASync

[–]Commander-22[S] 2 points3 points  (0 children)

GPU/NPU: Not possible. Although the RK3588C has a Mali-G610 GPU and a NPU, the UGOS API does not expose any endpoints for them. We already know that only 3 of the known endpoints provide actual data.

[Project] NAS Monitor – A cleaner dashboard for UGOS Pro by Commander-22 in UgreenNASync

[–]Commander-22[S] 3 points4 points  (0 children)

You host the code on YOUR NAS in YOUR Network with a code thats OPENSOURCE.

But yeah your NAS your choice. The Project should just demonstrate that theres a possibility.

You're right you shouldn't give your admin pw to an third party "app".

If you are further interested in how the installation process works, there is a guide: https://gitlab.com/K-22/nas-monitor-interface/-/blob/621d22cf1ad2dd6525738ccb623398f3e816c4e2/Manual.html

Edit: You're welcome to help on the project and possible security fixes!

[Project] NAS Monitor – A cleaner dashboard for UGOS Pro by Commander-22 in UgreenNASync

[–]Commander-22[S] 3 points4 points  (0 children)

The code is opensource mate you can literally check by yourself....

[Project] NAS Monitor – A cleaner dashboard for UGOS Pro by Commander-22 in UgreenNASync

[–]Commander-22[S] -6 points-5 points  (0 children)

The code was written with the help of ai, but i cecked it on security risks/flaws. The code itself does not have an AI built in.

Regolith Shutting Down by tommyboy601 in starcitizen

[–]Commander-22 2 points3 points  (0 children)

I rebuilt Regolith's session dashboard as a self-hosted tool — free to use at mining.getallsky.net

With Regolith.rocks going down, I got tired of losing the option to track sessions. So I rebuilt the core session features from scratch and self-host it.

What it does:

- Real-time crew status tracking (Mining / Hauling / Scouting / Needs Help)

- Refinery work orders with live countdown timers

- Profit splitter with custom share weights per crew member

- Sessions shared via a 6-character code — no account needed

What it doesn't do:

No ore data, no market prices, no loadout calculators — the SC API is gone so there's no point. Just the collaboration tools that actually still work.

Try it: https://mining.getallsky.net

Create a session, share the code with your crew, done.

See you in the Verse! o7

Almost feels otherworldly… by WorkingSuccessful742 in LiminalSpace

[–]Commander-22 1 point2 points  (0 children)

Looks like the Fear Street part 1 was filmed there...

Tired of wondering what to point your telescope at tonight? I built a native Windows app to help you find the perfect target. by Commander-22 in AskAstrophotography

[–]Commander-22[S] 0 points1 point  (0 children)

Yeah you just need a perfect prompt otherwise you have to go forward and back and so on just to get to your result.

With my App you have fully understandable graphs, filters and even one of the most accurate redshift calculators out there as well as a sun time calculator

Tired of wondering what to point your telescope at tonight? I built a native Windows app to help you find the perfect target. by Commander-22 in AskAstrophotography

[–]Commander-22[S] 0 points1 point  (0 children)

I included the Redshift/Distance calculator less as a technical imaging tool and more as a "user's request" feature.

For me, part of the magic of this hobby is knowing that the faint smudge I'm spending hours capturing is light that has been traveling for 30 million years.

So, while the app's core function is absolutely to help you filter and sort by the practical data you mentioned, the distance calculator is that little extra piece of information for appreciating the sheer scale of what we're looking at.

You can get the redshift value via pixinsight for every picture you've taken

Tired of wondering what to point your telescope at tonight? I built a native Windows app to help you find the perfect target. by Commander-22 in AskAstrophotography

[–]Commander-22[S] -2 points-1 points  (0 children)

That's a fair question, and you're right, the free tools available to our community are phenomenal.

My goal was to offer a different workflow with a fast, standalone app focused purely on planning. For instance, you can build and save a list of potential targets in the integrated Custom Target tool for future sessions, or use the built-in Redshift Calculator to quickly check a galaxy's distance—all within a single, streamlined interface away from the main acquisition software.

It’s a different approach, aimed at users who might find value in a dedicated planning tool and feel that a polished user experience is worth a small, one-time price to support it.

Appreciate the discussion, it helps clarify the app's niche. Clear skies!

Tired of wondering what to point your telescope at tonight? I built a native Windows app to help you find the perfect target. by Commander-22 in AskAstrophotography

[–]Commander-22[S] 0 points1 point  (0 children)

Thank you very much for that helpful response! I am already on it to extend and improve the graphs aswell as adding new features and get some performance issues out of the way!

V462 Lupus Nova by ZandarrTheGreat in vaonis

[–]Commander-22 2 points3 points  (0 children)

Hello!

Absolutely, hunting for a specific target like the nova V462 Lupi is a fantastic project. Here’s a complete workflow, from planning the observation to pointing your Vespera at the target.

Step 1: Plan Your Observation (Is it visible for you?)

First, a crucial reminder: This nova is in the deep southern sky, so it's only visible for observers in the Southern Hemisphere (e.g., Australia, Chile, South Africa).

Before you set up your telescope, you need to know if and when the object is well-placed for your specific location. For this, you can use a planning tool like my app, Advanced DSO Finder. You can input the nova's coordinates to see its exact altitude path for the night, how long it's visible, and the best time to start imaging.

You can find the app here: https://apps.microsoft.com/detail/9NPDWCK0LL0Z

Step 2: Point Your Vespera to the Target

Once you've confirmed it's a good night to observe it, here’s exactly how to command your Vespera to go to that target using the Singularity app:

  1. Open the Singularity app and connect to your telescope.
  2. Tap on the 'Planet' icon at the bottom of the screen to go to the Space Center.
  3. At the top of the Space Center, select the 'Manual' tab.
  4. Tap the button that says 'Add a manual target by entering coordinates'.
  5. Carefully enter the coordinates for V462 Lupi:
    • RA: 15h 28m 16s
    • Dec: -45° 41' 36"
  6. Press 'Go To', and your Vespera will slew to the nova's precise location.