Black‐box fuzzing is a testing technique to find both known and unknown vulnerabilities in
software. When applying black‐box fuzzing to smart devices, the main idea is to take a smart …

Fuzzing is a popular solution to finding vulnerabilities in software including IoT firmware.
However, due to the challenges of emulating or rehosting firmware, some IoT devices (eg …

IoT devices are exponentially increasing in all aspects of our lives. Via the web interfaces of
IoT devices, attackers can control IoT devices by exploiting their vulnerabilities. In order to …

IoT web fuzzing is an effective way to detect security flaws in IoT devices. However, without
enough information of the tested targets, IoT web fuzzing is often blind and inefficient. In this …

At present, embedded devices have become a part of people's lives, so detecting security
vulnerabilities contained in devices becomes imperative. There are three challenges in …

Fuzzing is a simple and effective way to find software bugs. Most state-of-the-art fuzzers
focus on improving code coverage to enhance the possibility of causing crashes. However …

Greybox fuzzing has become one of the most effective vulnerability discovery techniques.
However, greybox fuzzing techniques cannot be directly applied to applications in IoT …

The popularity of small office and home office routers has brought convenience, but it also
caused many security issues due to vulnerabilities. Black-box fuzzing through network …

Security researchers who jailbreak iOS devices have usually crowdsourced for system level
vulnerabilities [1] for iOS. However, their success has depended on whether a particular …

The root cause of the insecurity for smart devices is the potential vulnerabilities in smart
devices. There are many approaches to find the potential bugs in smart devices. Fuzzing is …