Abstract Software Denial-of-Service (DoS) attacks use maliciously crafted inputs aiming to
exhaust available resources of the target software. These application-level DoS attacks have …

Exploit-based denial-of-service attacks (exDoS) are challenging to detect and mitigate.
Rather than flooding the network with excessive traffic, these attacks generate low rates of …

Denial of service (DoS) attacks have increasingly exploited vulnerabilities in algorithms or
implementation methods in application-layer programs. In this type of attack, called CPU …

Software systems are often engineered and tested for functionality under normal rather than
worst-case conditions. This makes the systems vulnerable to denial-of-service attacks …

Low-rate denial of service (DoS) attacks have recently emerged as new strategies for
denying networking services. Such attacks are capable of discovering vulnerabilities in …

Software systems are often engineered and tested for functionality under normal rather than
worst-case conditions. This makes the systems vulnerable to denial of service attacks, where …

Denial of service (DoS) attacks increasingly exploit algorithmic, semantic, or implementation
characteristics dormant in victim applications, often with minimal attacker resources …

Denial-of-Service (DoS) attacks pose a severe threat to the availability of web applications.
Traditionally, attackers have employed botnets or amplification techniques to send a …

Application-layer DoS attacks are increasing as the number of cloud-deployed microservice
applications is increasing. The attacker tries to exhaust computing resources and brings the …

The frequency and power of denial-of-service (DoS) attacks have marked the first quarter of
2013 as the worst quarter for DoS attacks in history, averaging a 58% increase compared to …