Hi, thanks for the great work!
The paper reports +23.7pp on the Claw-Anything eval set after fine-tuning.
We're wondering if training on this data also improves performance on Claw-Eval.
Given the large distribution gap (Claw-Anything has ~18x more context, 10x more services,
plus event logs that Claw-Eval doesn't have), we're concerned the trained model might
over-explore on simpler Claw-Eval tasks and hurt performance.
Did you run any cross-benchmark experiments? Any insight would be appreciated!
Hi, thanks for the great work!
The paper reports +23.7pp on the Claw-Anything eval set after fine-tuning.
We're wondering if training on this data also improves performance on Claw-Eval.
Given the large distribution gap (Claw-Anything has ~18x more context, 10x more services,
plus event logs that Claw-Eval doesn't have), we're concerned the trained model might
over-explore on simpler Claw-Eval tasks and hurt performance.
Did you run any cross-benchmark experiments? Any insight would be appreciated!