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One Fuzzing Strategy To Rule Them All

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ABSTRACT Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of them attempts This work introduces a novel seed scheduling strategy guided by untouched edges, which generates the optional seed set according to the information on the untouched edges and presents a new instrumentation method to capture unexplored areas and guide the fuzzing process toward them.

DARWIN Survival of the Fittest Fuzzing Mutators读论文笔记

Introduction to Fuzzing - Speaker Deck

ABSTRACT Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of them attempts

[PDF] One Fuzzing Strategy to Rule Them All Mingyuan Wu, Ling Jiang, Jiahong Xiang, Yanwei Huang, Heming Cui, Lingming Zhang, Yuqun Zhang Proceedings of the 44th IEEE/ACM International Conference on Software Engineering (ICSE 2022), 12 pages, to appear, May 2022. [PDF] Evaluating and Improving Neural Program-Smoothing-based Fuzzing Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of them attempts This work introduces a novel seed scheduling strategy guided by untouched edges, which generates the optional seed set according to the information on the untouched edges and presents a new instrumentation method to capture unexplored areas and guide the fuzzing process toward them.

Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of them attempts Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of them attempts Abstract Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of

One Fuzzing Strategy to Rule Them All Abstract: Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration.

This work introduces a novel seed scheduling strategy guided by untouched edges, which generates the optional seed set according to the information on the untouched edges and presents a new instrumentation method to capture unexplored areas and guide the fuzzing process toward them. Table 6: Average edge coverage results under different execution time setups – „One Fuzzing Strategy to Rule Them All“ This is a supporting repo for blog post https://www.notsosecure.com/one-rule-to-rule-them-all/ “Our super rule came out on top in all our tests, as well as others we looked at after.

模糊测试论文阅读_3nduRance的博客-CSDN博客

Havoc can be slightly diferent, they typically integrate Havoc with their major fuzzing strategies (i.e., the core fuzzing strategies) for their iterative executions, i.e., under each iteration, Havoc repeat-edly mutates each seed provided by (or aggregated to its own seed collection from) executing the major fuzzing strategy via apply-ing Conference Paper: One fuzzing strategy to rule them all Show simple item record Show full item record Export item record Export via OAI-PMH Interface in XML Formats Please select export format: oai_dc sp_dc Export

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  • One Fuzzing Strategy to Rule Them AllOne Fuzzing Strategy to Rule Them All

‪SUSTech‬ – ‪‪Cited by 357‬‬ – ‪Software Engineering‬2019 2020 2021 2022 2023 2024 2025 One Fuzzing Strategy to Rule Them All 一、论文阅读 论文出自ICSE（A会） 作者来自南方科技大学

research-article Public Access One fuzzing strategy to rule them all Mingyuan Wu, + 6 May 2022ICSE ’22: Proceedings of the 44th International Conference on Software Engineering https://doi.org/10.1145/3510003.3510174 近日，相关论文以《一种解决所有问题的模糊策略》（One Fuzzing Strategy to Rule Them All）为题发表在第 44 届 ICSE 上 [2]。 图 | 基于多臂选择机的 havoc 优化机制图示（来源：ICSE） 据了解，测试策略在不同阶段对变异器（mutator）的选择是有偏好的。 ‪SUSTech‬ – ‪‪引用次數：370 次‬‬ – ‪Software Engineering‬

Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of them attempts

This work introduces a novel seed scheduling strategy guided by untouched edges, which generates the optional seed set according to the information on the untouched edges and presents a new instrumentation method to capture unexplored areas and guide the fuzzing process toward them.

Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of them attempts @inproceedings{wu2022one, title={One Fuzzing Strategy to Rule Them All}, author={Wu, Mingyuan and Jiang, Ling and Xiang, Jiahong and Huang, Yanwei and Cui, Heming and Zhang, Lingming and Zhang, Yuqun}, booktitle={Proceedings of the International Conference on Software Engineering}, year={2022} }

HKU Scholars Hub: One fuzzing strategy to rule them all

Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while

One Fuzzing Strategy to Rule Them All Mingyuan Wu, Ling Jiang Jiahong Xiang Yanwei Huang Heming Cui Lingming Zhang Yuqun Zhang +6 more – 30 Apr 2022

这篇论文虽然是2023年发表的，但研究是从2020年开始做，因此一些数据并没有及时更新，这里可以和另一篇发表在2022 IEEE/ACM 44th International Conference on Software Engineering (ICSE)上的论文One Fuzzing Strategy to Rule Them All进行对比，这篇论文相关内容可以参考以下链接

Figure 5: The average Jaccard Distance of different fuzzers in all studied programs. – „One Fuzzing Strategy to Rule Them All“ One Fuzzing Strategy to Rule Them All Abstract: Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration.

Coverage-guided fuzzing has become mainstream in fuzzing to automatically expose program vulnerabilities. Recently, a group of fuzzers are proposed to adopt a random search mechanism namely Havoc, explicitly or implicitly, to augment their edge exploration. However, they only tend to adopt the default setup of Havoc as an implementation option while none of them attempts