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CompressionBench evaluates whether coding agents can autonomously compress LLMs

ABC1 min read
Research

CompressionBench frames LLM compression as a terminal task for coding agents: given a source checkpoint, storage budget, inference environment, and time limit, the agent must produce compressed weights and runnable inference code. The benchmark spans six agents across six model-size settings, with 29 of 36 submissions passing independent verification. What the results show Selecting the best agent per task yields an average 3.4% perplexity increase over BF16 and 77.33% downstream accuracy versus 79.56% for the uncompressed baseline. Agents reduced perplexity in 21 of 24 revisions while holding storage nearly constant. However, complete-model feedback reversed 17 of 79 prior local rankings, and generation/inference tests caught failures that perplexity alone missed. Where the

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ABC

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