Papers
arxiv:2508.07321

ObfusQAte: A Proposed Framework to Evaluate LLM Robustness on Obfuscated Factual Question Answering

Published on Aug 10
· Submitted by Abhilekh Borah on Aug 14
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Abstract

ObfusQA, a novel framework with multi-tiered obfuscation levels, evaluates the robustness and adaptability of Large Language Models (LLMs) by examining their performance on obfuscated questions.

AI-generated summary

The rapid proliferation of Large Language Models (LLMs) has significantly contributed to the development of equitable AI systems capable of factual question-answering (QA). However, no known study tests the LLMs' robustness when presented with obfuscated versions of questions. To systematically evaluate these limitations, we propose a novel technique, ObfusQAte and, leveraging the same, introduce ObfusQA, a comprehensive, first of its kind, framework with multi-tiered obfuscation levels designed to examine LLM capabilities across three distinct dimensions: (i) Named-Entity Indirection, (ii) Distractor Indirection, and (iii) Contextual Overload. By capturing these fine-grained distinctions in language, ObfusQA provides a comprehensive benchmark for evaluating LLM robustness and adaptability. Our study observes that LLMs exhibit a tendency to fail or generate hallucinated responses when confronted with these increasingly nuanced variations. To foster research in this direction, we make ObfusQAte publicly available.

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Paper submitter
edited Aug 14

This paper introduces ObfusQAte, a novel framework and dataset to systematically test LLM robustness against semantically obfuscated factual questions, revealing significant performance drops and highlighting vulnerabilities in reasoning under indirect, distractive, and noisy query formulations.

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