In this project, I used gemini argon to create a PCB simulator and detector that examined a PCB section at a certain snapshot and evaluated any critical design flaws, specifically from a benchmark of 6 categories. It used argon 4 to do a verification loop to rank the possibility of the critical point being one of the 6 failures, and output a finalized 3D simulation with highlighted critical flaws it detected.
Team
TRY THE DEMO LIVE! labtwin.vercel.app note: the hosted demo replays a cached run. non-demo data requires requires a local server and API key: please see the…
Morf helps students, makers, and robotics teams turn ideas into interactive 3D assemblies through conversation. Describe an object, explore its individual…
Eagle makes flying a small plane as easy as getting in a car. Every hour in the air takes about five hours of planning on the ground. Eagle does that planning…
BEAMTEAM is a self-driving optical engineering system that turns a published figure into a buildable, verified laser-optics bench in under three minutes…
Full game: https://skywake.vercel.app/ Game studio workflow: https://skywake.vercel.app/studio Built a full 3D Game using Gemini Argon and created a fully…
Revive brings back video games that can no longer be played, using only the gameplay footage that survives on YouTube. Gemini 4 Argon finds a lost game's…
