Add to ORKGBuffer overflows constitute by far the most frequently en-countered class of attacks against computer systems. In this paper we introduce a tool, termed bufSTAT that achieves a low probability of false alarm and issues early attack warn-ings. BufSTAT relies on Finite State Machines (FSM) for attack modeling and can detect every stage of an ongoing attack and can thus prevent its execution by issuing early warning in a progressive manner. It can also detect sophis-ticated multi-stage attacks that are executed over long peri-ods of time. A significant attribute of our approach is that it is amenable to detecting unknown attacks as well after appropriate modification of bufSTAT.
As of the date of writing of this paper, we found no effort whatsoever in the employment of Trusted ...
Security in this day and age is a necessity for everyone. No one can afford to be negligent any mor...
AbstractWe address the particular cyber attack technique known as stack buffer overflow in GNU/Linux...
Buffer overflows have become the most common target for network-based attacks. They are also the pri...
Buffer overflows have become the most common target for network-based attacks. They are also the pri...
This paper presents a systematic solution to the per-sistent problem of buffer overflow attacks. Buf...
Buffer-overflow attacks began two decades ago and persist today. Over that time, many solutions to p...
Buffer overflow attacks have been a computer security threat in software-based systems andapplications...
International audienceFault attacks have been developed in the cryptographic com-munity to extract s...
Nowadays threat of previously unknown cyber- attacks are increasing because existing security system...
We examine the problem of containing buffer overflow attacks in a safe and efficient manner. Briefly...
Many critical infrastructures such as health care, crisis management and financial systems are part ...
Abstract — Recently, threat of previously unknown cyber-attacks are increasing because existing secu...
The vast majority of software vulnerabilities still originates from buffer overflows. Many different...
Despite increasing efforts in detecting and managing soft-ware security vulnerabilities, the number ...
As of the date of writing of this paper, we found no effort whatsoever in the employment of Trusted ...
Security in this day and age is a necessity for everyone. No one can afford to be negligent any mor...
AbstractWe address the particular cyber attack technique known as stack buffer overflow in GNU/Linux...
Buffer overflows have become the most common target for network-based attacks. They are also the pri...
Buffer overflows have become the most common target for network-based attacks. They are also the pri...
This paper presents a systematic solution to the per-sistent problem of buffer overflow attacks. Buf...
Buffer-overflow attacks began two decades ago and persist today. Over that time, many solutions to p...
Buffer overflow attacks have been a computer security threat in software-based systems andapplications...
International audienceFault attacks have been developed in the cryptographic com-munity to extract s...
Nowadays threat of previously unknown cyber- attacks are increasing because existing security system...
We examine the problem of containing buffer overflow attacks in a safe and efficient manner. Briefly...
Many critical infrastructures such as health care, crisis management and financial systems are part ...
Abstract — Recently, threat of previously unknown cyber-attacks are increasing because existing secu...
The vast majority of software vulnerabilities still originates from buffer overflows. Many different...
Despite increasing efforts in detecting and managing soft-ware security vulnerabilities, the number ...
As of the date of writing of this paper, we found no effort whatsoever in the employment of Trusted ...
Security in this day and age is a necessity for everyone. No one can afford to be negligent any mor...
AbstractWe address the particular cyber attack technique known as stack buffer overflow in GNU/Linux...