Skip to Main Content

PhysProbe is a self-improving robot skill framework that uses predictive world models to make robots safer. 8 world models benchmarked on Nebius Token Factory for physics prediction — Qwen3-235B wins at 90% accuracy in 696ms, 3x faster than Claude, 33x faster than Grok. When models agree, the robot skips probing. When they disagree, one gentle 5N touch gives 94% certainty. When the robot fails, an AI swarm (Diagnostician → Inventor → Critic) invents new skills automatically. SkillsBench evaluation: +34pp skill delta across 750 trials, more than double the industry average. Success rate: 60% → 94%. Catastrophic failures: 34% → 8%. 73 builds. Solo project by Sidra Miconi.

Team

Sidra

Placement

Participant

More from Nebius.Build SF

Injester is an AI-native engine that transforms "agent-hostile" websites into structured data interfaces. While the web was built for human attention, our…

Injester project preview

Generating the first human preference datasets for robot policies in simulation with Nebius GPUs to understand which policies work best in an objective way…

Chase Brignac project preview

RoboStore is a self-expanding robot agent platform that enables robots to autonomously detect their own capability gaps, search for hardware solutions in…

RoboStore project preview

10 teams of LLM agents compete on a task. Each team has a randomly generated organizational genome — hierarchy, communication pattern, decision-making style…

Topology project preview

Asha is a WhatsApp-native AI assistant that helps small home-based food businesses manage orders and remember customers — all through WhatsApp, with no apps…

Asha project preview

robots that undestand the surroundings. location and mapping

jimmy project preview