From fun idea → functional smart device 🏄‍♂️ Check out how these builders used Gemini 4 Argon and @Antigravity to take a custom "Surf Clock" from a rough sketch to a working prototype: exploring retro '60s designs, controlling Blender via Python, and writing custom firmware.

@antigravity A bestseller on Temu

@antigravity A retro surf clock with custom firmware is my kind of nerdy whimsy 🩷

@antigravity Man if i had this 10 years ago 😭

@antigravity 🤙

@antigravity retro look plus firmware, nice combo.

@antigravity Gemini is really wonderful

@antigravity A surf clock with real firmware, so the clock was the easy half.

@antigravity does the clock flag stale surf data when the network drops, or keep showing old conditions as current?

@antigravity love that retro 60s design, way better than modern minimal plastic

@antigravity i love the evolution of AI.

@antigravity Cool ...

@antigravity Sketch to Blender to firmware in one loop is the weekend build that used to eat a whole month.

@antigravity 2026年の問題は大きく分けて次の3方向に広がっている。 ハッカーがGeminiを悪用する。 Gemini自身がテスト環境の制御を越えて実在企業にアクセスする。 AIが攻撃に使われる脆弱性の開発を加速させる。

@antigravity Love that a rough Surf Clock sketch became working firmware with Gemini. What would you prototype first with that pipeline?

@antigravity Cool project bridging design and tech!

@antigravity sketch to firmware in one workflow is the real pitch. the Blender via Python step is the one I’d steal, since 3D modeling is where most hardware ideas stall

@antigravity 25$ include google ai subscription as well 😉

@antigravity A sketch becoming a working device is the point. The demo is fun, but the real test is the firmware and the everyday use, whether the clock keeps working after the video ends and the builder is no longer watching it.

@antigravity Que interesante yo también tengo una idea de fabricación para un proyecto.

@antigravity @grok so what is the sequence of events here? Designed with blender..coded in python and the. The python is hosted in the hardware?