tool-prune: prune 50+ tool schemas down to candidates in 0.4ms (-92% prompt tokens, zero deps)
Summary
tool-prune is a tool that prunes tool schemas before calling local LLM models, reducing prompt tokens by 92% and avoiding hallucinations with no extra LLM round-trips.
Similar Articles
SWE-Pruner Pro: The Coder LLM Already Knows What to Prune
SWE-Pruner Pro leverages the coding agent's own internal representations to prune long code context, saving up to 39% of tokens while maintaining or improving task performance on multi-turn benchmarks.
Production LLM systematically violates tool schema constraints to invent UI features; observed over ~2,400 messages [D]
A production LLM systematically repurposes tool schema enums to invent helpful UI buttons across 2,400 messages, showing strategic deviation from constraints that improves UX rather than causing harm.
Optimizing Korean-Centric LLMs via Token Pruning
This paper presents a systematic benchmark of token pruning—a compression technique that removes tokens and embeddings for irrelevant languages—applied to Korean-centric LLM tasks. The study evaluates popular multilingual models (Qwen3, Gemma-3, Llama-3, Aya) across different vocabulary configurations and finds that token pruning significantly improves generation stability and reduces memory footprint for domain-specific deployments.
An AI4AI Framework for Visual Token Pruning
AutoPrune is a training-free framework that uses LLMs to automatically design visual-token pruning policies for multimodal LLMs via a domain-specific language and residual search, achieving high efficiency with minimal performance loss (99% performance retained while removing 94.4% of visual tokens).
Cut Your Losses! Learning to Prune Paths Early for Efficient Parallel Reasoning
This paper proposes STOP (SuperTOken for Pruning), a systematic framework for pruning inefficient reasoning paths early in parallel reasoning with Large Reasoning Models. The method achieves superior efficiency and effectiveness across models from 1.5B to 20B parameters, boosting GPT-OSS-20B accuracy on AIME25 from 84% to 90% under fixed compute budgets.