In recent years, unmanned aerial systems (UAS) have been widely used in both military and
civilian fields. However, their open-source software and protocols have made their security …

Concept This paper is a living review on automatic program repair 1. Compared to a
traditional survey, a living review evolves over time. I use a concise bullet-list style meant to …

Embedded systems comprise of low-power microcontrollers and constitute computing
systems from IoT nodes to supercomputers. Unfortunately, due to the low power constraint …

Modern software is continuously patched to fix bugs and security vulnerabilities. Patching is
particularly important in robotic vehicles (RVs), in which safety and security bugs can cause …

Embedded systems are pervasive and find various applications all around us. These
systems run on low-power microcontrollers with real-time constraints. Developers often …

The rapid growth of robotic aerial vehicles (RAVs) has attracted extensive interest in
numerous public and civilian applications, from flying drones to quadrotors. Security of RAV …

There are many various data-oriented attacks on robotic vehicles (RVs) that change the
inputs of an RV control program. While much research has been dedicated to detecting the …

Configurations are supported by most flight control systems, allowing users to control a flying
drone adapted to complexities such as environmental changes or mission alterations. Such …

Zero-day vulnerabilities pose a significant challenge to robot cyber-physical systems (CPS).
Attackers can exploit software vulnerabilities in widely-used robotics software, such as the …

As our reliance on micro autonomous vehicles increases, security vulnerabilities and
software defects threaten the successful completion of tasks and missions. Recent work has …