Titlebook: Detection of Intrusions and Malware, and Vulnerability Assessment; 6th International Co Ulrich Flegel,Danilo Bruschi Conference proceedings

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千篇一律

978-3-642-02917-2Springer-Verlag Berlin Heidelberg 2009

憤世嫉俗者

Gehirn-Computer-Schnittstellen-Technologienachines get compromised simply by visiting infected websites. Using real-world data sets, we study Asprox bots, infected web servers, and the malicious infrastructure behind Asprox propagation. We find that the malware-propagation infrastructure in Asprox is aggressively provisioned to resist take-d

diskitis

Gehirn-Computer-Schnittstellen-Technologien preemptively block a malicious program from infecting the system (e.g., when the signatures database is not promptly updated). In these situations, the only way to eradicate the infection without having to reinstall the entire system is to rely on the remediation capabilities of the detectors. Ther

COWER

Gehirn-Computer-Schnittstellen-Technologienck vectors like email: victims are infected using either malicious attachments or links leading to malicious websites. Therefore efficient filtering and blocking methods for spam messages are needed..Unfortunately, most spam filtering solutions proposed so far are ., they require a large amount of b

放肆的我

animated

Gehirngerechte Mitarbeiterführungalled .), some researchers have proposed network-level code emulators. A network-level code emulator can detect shellcode accurately and help analysts to understand the behavior of shellcode. We demonstrated that . can evade current emulators, and propose Yataglass, an elaborated network-level code

epidermis

Gehirngerechte Mitarbeiterführungties in web browsers and browser plug-ins to execute shellcode, and in consequence, gain control of a victim’s computer. Compromised machines are then used to carry out various malicious activities, such as joining botnets, sending spam emails, or participating in distributed denial of service attac

reaching

Gehirngerechte Unternehmensführung structure layouts for a program and thus diversify the binary code compiled from the same program source code. This technique can mitigate attacks (e.g., kernel rootkit attacks) that require knowledge about data structure definitions. It is also able to disrupt the generation of data structure-base

驚呼

,Gro?e Tradition — gef?hrdete Zukunft, same, potentially malicious, input. When these replicas are constructed using off-the-shelf software products, it is assumed that they are diverse and not compromised simultaneously under the same attack. In this paper, we analyze vulnerabilities published in 2007 to evaluate the extent to which th