The process for doing so involves a technique known as
fuzzing.
* We have designed an Intent specification language to describe the structure of Intent, which makes our Intent
fuzzing tool flexible allowing an arbitrary combination of Intent generators and Intent executors through a well-defined interface.
The second updated edition of
Fuzzing for Software Security Testing and Quality Assurance covers the latest information on how and why to integrating
fuzzing into software development, and considers the process of
fuzzing, tools, and the latest automation systems.
However, all three
fuzzing approaches above achieve low coverage for applications with checksum mechanism.
In this paper, we present a refined algorithm for generating
fuzzing test cases for Zigbee, FSM-fuzzing.
In my opinion, the main strength of
fuzzing is its ability to find completely new vulnerabilities.
In this paper, we design an automatic
fuzzing framework that can be used to investigate potential injection vulnerabilities for modern HTML5 websites.
*
Fuzzing is an effective automatic technique to find vulnerabilities.
That leaves
fuzzing as the only proactive means for protecting your system.
Fuzzing, in which software security vulnerabilities are identified by attaching a program's inputs to a random set of data, is treated as one of the most effective security testing approaches.