
🫧 2x Apple Design Award winner • designer of @BlackboxPuzzles • all opinions are my employer’s
Amsterdam, The Netherlands
Joined October 2007
- Tweets25.5K
- Following3K
- Followers8.1K
- Likes56K
Replying to @stephenrobles
All 81 puzzles in @BlackboxPuzzles (plus a new one) redesigned and thought out for Duo :) Feels great.
Replying to @wilson_boi_101
All 82 puzzles in @BlackboxPuzzles have been rebuilt for the Duo :) It looks and feel incredibly good on it! Will DM you a link.
Replying to @johnvoorhees @macstoriesnet
Done :)
@BlackboxPuzzles has never looked more at home anywhere.
Replying to @AndruEdwards
I'm glad you asked :)
@BlackboxPuzzles is ready with over 100 rebuilt views and 82 puzzles (including a new one) to be incredibly at home and smooth on Duo.
Replying to @klemensstrasser
Lmao, we either get early access or late access but no on-time access
I get done in one morning what used to take me over a week yet I'm still stressed and feel behind. Incredible.
Replying to @realcryptoboost
Confused why Ledger didn't just pot the boards? Isn't that standard practice with this sort of hardware?
Ryan McLeod retweeted
Genuinely one of the coolest Vision Pro experiences, if you have one you owe it to yourself to check it out
Replying to @finnvoorhees @ChristianSelig
Wow missed that. Can you not start new touches either before it settles?
Replying to @nickvernij
Haha we should talk :)
Working on a new rain app for NL (currently KNMI powered)
droog.is
Ryan McLeod retweeted
Seventeen years later…
The time has come for Machinarium 2 🦾🔧
Wishlist NOW on Steam.
Ryan McLeod retweeted
Pros: we took a picture of the fundamental fabric of matter, the absolute minimal possible reduction. We transcended human limits in a profound way. This is comparable to the moon landing.
Cons: It's hexagonslop again.
If anyone doesn't know what to get my for my birthday
fun fact, we use these (ring laser gyros) to keep airplanes perfectly level. they’re solid state (aesthetically pleasing) and have a drift of 1/100th of a degree per hour. they’re the most reliable and precise component out there for inertial navigation.
they work by splitting a beam of light in opposite directions, when they meet again their coherent waves interfere and recombine, and the change in phase reflects the change in angular velocity
and really, they just look so cool.























