Isaac Policy Failure Debugger: localize the point of no return in Franka pick-and-place policies with a verified, env-isolated recovery probe. Pure-NumPy analysis layer, no GPU needed to try it.

debugging failure-analysis franka isaac-lab isaac-sim manipulation nvidia python reinforcement-learning robot-learning robotics sim-to-real
4 Open Issues Need Help Last updated: Jul 13, 2026

Open Issues Need Help

View All on GitHub
documentation help wanted adoption

Isaac Policy Failure Debugger: localize the point of no return in Franka pick-and-place policies with a verified, env-isolated recovery probe. Pure-NumPy analysis layer, no GPU needed to try it.

Python
#debugging#failure-analysis#franka#isaac-lab#isaac-sim#manipulation#nvidia#python#reinforcement-learning#robot-learning#robotics#sim-to-real

Isaac Policy Failure Debugger: localize the point of no return in Franka pick-and-place policies with a verified, env-isolated recovery probe. Pure-NumPy analysis layer, no GPU needed to try it.

Python
#debugging#failure-analysis#franka#isaac-lab#isaac-sim#manipulation#nvidia#python#reinforcement-learning#robot-learning#robotics#sim-to-real
documentation good first issue

Isaac Policy Failure Debugger: localize the point of no return in Franka pick-and-place policies with a verified, env-isolated recovery probe. Pure-NumPy analysis layer, no GPU needed to try it.

Python
#debugging#failure-analysis#franka#isaac-lab#isaac-sim#manipulation#nvidia#python#reinforcement-learning#robot-learning#robotics#sim-to-real
enhancement good first issue compatibility

Isaac Policy Failure Debugger: localize the point of no return in Franka pick-and-place policies with a verified, env-isolated recovery probe. Pure-NumPy analysis layer, no GPU needed to try it.

Python
#debugging#failure-analysis#franka#isaac-lab#isaac-sim#manipulation#nvidia#python#reinforcement-learning#robot-learning#robotics#sim-to-real