1. Intro 2. Software Vunerabilities 3 Detection of Vulnerabilities 4 Fuzzing
Fuzzing has become one of the best-established methods to uncover software bugs. Meanwhile, the market of embedded systems, which binds the software execution tightly to the very hardware architecture, has grown at a steady pace, and that pace is anticipated to become yet more sustained in the...
Embedded systems also benefit from fuzzing, but the innumerable existing architectures and hardware peripherals complicate the development of general and usable approaches, hence a plethora of tools have recently appeared. Here comes a stringent need for a systematic review in the area of fuzzing ...
The search method is the first of a few methods requiring a crashInfo variable. Create it as described above and the Collector will search inside the signature directory for any matching signatures. Upon match, it will return a tuple containing the filename of the signature matching as well as...
A curated list of fuzzing resources ( Books, courses - free and paid, videos, tools, tutorials and vulnerable applications to practice on ) for learning Fuzzing and initial phases of Exploit Development like root cause analysis. - revsic/Awesome-Fuzzing
In this section, we review the techniques most relevant to this work, including the TEE architecture, fuzzing techniques, and fuzzing for TEE. The teefuzzer overview In this paper, we propose a fuzzing framework for TEE systems [42], as shown in Fig. 2. Since it is impossible to install...
The tertiary study by Garousi and Mäntylä (2016) serves as a testament to this popularity. When compared to other methods, model-based testing ranks first in terms of Google hits, with the second most popular method garnering only half as many search results. In addition, from a more ...
With the wide application and development of blockchain technology in various fields such as finance, government affairs and medical care, security incidents occur frequently on it, which brings great threats to users’ assets and information. Many resea
The search method is the first of a few methods requiring a crashInfo variable. Create it as described above and the Collector will search inside the signature directory for any matching signatures. Upon match, it will return a tuple containing the filename of the signature matching as well as...
The search method is the first of a few methods requiring a crashInfo variable. Create it as described above and the Collector will search inside the signature directory for any matching signatures. Upon match, it will return a tuple containing the filename of the signature matching as well as...