Solves the problem of porting a legacy robotic operating program to a new cobot. Copying old code straight fails, due to unlogged failure cases and calibration gaps, and even a careful rewrite over weeks misses failure cases. Argon reads robot footage, telemetry and the legacy code in one 755K-token context, labelling failure cases, and then loops over a digital twin recreation of the robot. It watches each failure in a rendered video, patches the code, and keeps the patch only if the pass rate rises. In a simulated 1,000-cycle shift, bad boxes shipped drop from 256 to 0. Managed agents rebuild the twin in their own sandboxes and independently re-verify the results.
More from Gemini 4 Argon SF Hackathon
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…
