It's no secret that I've been struggling, and my therapist said I need to find things to keep me busy, so I created the @cdnspace Artemis II dashboard.

I reverse-engineered the Unity Engine powering the NASA AROW visualization and found an absolute treasure trove of data to display.

Little did I expect that it's now being seen by anywhere from 200 to 600 people at any given time with 130,000 people having looked at it in the last 24 hours. People are even building projects around my API.

Yesterday, I received a message on LinkedIn from someone working in Mission Control in Houston... and they're using my dashboard! He even sent me a photo, but I can't share it until after the crew has splashed down.

Mind blown, and an absolute pick-me-up. The best part? It's being served from my basement.

https://artemis.cdnspace.ca/

#artemis #artemis2 #artemisII #nasa #csa

Artemis II Tracker β€” Live Mission Control

Real-time mission control dashboard tracking NASA's Artemis II crewed lunar flyby. Live telemetry, DSN comms, orbit visualization, and crew activities.

Canadian Space

like this is wild.

I'm glad folks are seeing usefulness in this tool!

Ad astra Artemis II!

@chad This is really gorgeous, Chad. Great work! Where did you get the Apollo 8 events, are those hard coded from somewhere? Very nifty.
@c_9 thanks Cam!
It comes from the Apollo Flight Journal, NASA data, and the Apollo in Real Time.
@chad
Am really impressed by the way you produced something great out of nothing. Something that was meant to keep you busy has instead made you more important and increased your value. Can I share with you about my project?
@chad @cdnspace This is a great and very sexy tool. I've been hyping it all over.
@ZenHeathen I've been absolutely obsessed about this mission. When I reverse engineered the hidden API I couldn't help but lock in.
@chad It's brilliant!
@t0mcz LOOK AT THAT 😍
@chad @cdnspace Wow. Phenomenal work. β€οΈπŸ‘πŸ†
@chad This is extraordinary, and exactly what I was looking for! I totally get why NASA went with the graphics thing, to help people visualize what's going on. But numbers do it for me, and this is that and then some.
@tehstu numbers do it for me too which is why I went to figure out how to reverse engineer their visualization!

@chad @cdnspace This is great! Instantly added a shortcut to my phone for that.

The "Toilet: 🟒 Go" reading made me chuckle. Nothing but trouble, that toilet!

@chad @cdnspace Good on you for having good coping strategies.

Super important stuff, and it's neat that something you built is being used to accomplish an amazing feat.

@chad @cdnspace my son found this tool and I’ve been running it 24/7 on any screen I can find! Great work Chad!!
@chad @cdnspace I've been checking in with this tracker throughout the week and just happened to see this post in trending. Good work and thank you!
@chad @cdnspace I love the little flags. I read it as "if any of the astronauts defect mid-mission, we will let you know"
@chad marvellous 🀩 thank you for making this visualisation πŸ‘
@chad @cdnspace best UI I've seen in a long time!
@chad @cdnspace This is excellent! The NASA AROW page does not even load on my iPhone. Yours looks good on a small screen. One of the space YouTube channels said that the TLI burn was only 300 m/s of delta-V, which seemed far too small. Your dashboard lists a far more reasonable delta-V over 3000 m/s.
@chad @cdnspace Looks great in iPhone too!
@chad @cdnspace this is absolutely amazing! Great work!!
@chad But is there a toilet API?!
@chad Oh there is! How did I miss it right at the top.
@chad @cdnspace that is incredibly cool! Congratulations and thank you!
@chad @cdnspace absolutely great work! Someone shared it at work a few days ago and we were all amazed. Thanks for sharing it, man
@chad @cdnspace Looks amazing. How did you build it?

@chad @cdnspace

This is brilliant

I have been reading but not tracking

This has changed that - so many things to look at and ponder.

Secondly, what an amazing coping technique absolutely good on you and for you, while the rest of us benefit

Thank you

@chad this really is an impressive display. the layout is logical, intuitive, and easy to read. very nicely done
@chad @cdnspace This dashboard is amazing! I'm a spacecraft engineer and my colleagues have been using it.
@chad I'm glad to hear you're being constructive amid the chaos. I wish you well.

@chad @cdnspace

Thank you for a reminder of all the best the Internet can offer. Thanks to you and countless others like you, the dream is still alive!

@chad @cdnspace I love the use of sparklines, and ... its not clear when they start? Obviously speed doesn't start high and then drop ... maybe have them start at MET 0, and stretch across the open space?

Also, I know you're probably getting a gajillion suggestions right now, sorry if this comes across as pile-on.

@chad @cdnspace I think we’re hugging your server to overload right now
@chad Congratulations, Chad. That's really great to see.
@chad @cdnspace This is really awesome. Thank you for making and sharing it.
@chad @cdnspace
Right On Chad ! Super Cool 😎
@chad so cool great work
@chad @cdnspace Thank you so much for this, it looks absolutely gorgeous! BTW, just a small detail - is the TLI correctly drawn on the diagram? It looks as if the spaceship went backwards, which, at least in my experience playing KSP, shouldn't be the case?
@ubik thanks! Yes - it's a 2D representation, so there's some liberties taken, but as @leadore mentions, it's the viewing angle: https://sunny.garden/@leadore/116353338083741484
Lea (@[email protected])

@[email protected] It's the viewing angle. If you could rotate/tilt the image toward or away from you, you'd see the path from "above" or "below" and would see the gradual curve. @[email protected] @[email protected]

Sunny Garden

@chad @cdnspace

Any chance you could explain this pointed bit above the Earth where it says TLI? It makes it look like they did a 180 and then shot off to the moon. But I thought they did a Gravity assist? Maybe it's just a result of 3D translated to 2D?

Would love more explanation if you or anyone else could provide.

@geoff_eg
It's the viewing angle. If you could rotate/tilt the image toward or away from you, you'd see the path from "above" or "below" and would see the gradual curve.

@chad @cdnspace

@leadore @chad @cdnspace

Awesome, that's what I assumed as well, but wanted to make sure I wasn't misunderstanding it.

@chad @cdnspace great webpage with all the nice details. But I wonder if the units for the pitch roll and yaw rates were correct? I would assume them to be below 1Β°/s otherwise the spacecraft would be tumbling heavily.
@weingrill thanks for this catch! Just fixed it. The raw data was rad/s and I was off in my conversion logic.