Add to ORKGWe propose a formal approach for behavioral analysis of programs based on dynamic analysis. It works by abstracting execution traces with respect to given behavior patterns in order to produce a high level representation of a program behavior and then, by comparing this abstract form to signatures defining reference abstract malicious behaviors. Abstraction is performed by term rewriting using rules on terms with variables, which enables to handle the data used by behavior functionalities. This technique allows us to deal with interleaved behaviors. Successfully applied to malware detection, it allows us in particular to model and detect information leak
We introduce a new representation for monitored behavior of malicious software called Malware Instru...
A daily task of malware analysts is the extraction of behaviors from malicious binaries. Such behavi...
Abstract—To handle the growing flood of malware, security vendors and analysts rely on tools that au...
We propose a formal approach for behavioral analysis of programs based on dynamic analysis. It works...
We present an approach for proactive malware detection by working on an abstract representation of a...
International audienceWe propose a formal approach for the detection of high-level malware behaviors...
International audienceWe present an approach for proactive malware detection by working on an abstra...
L’analyse comportementale traditionnelle opère en général au niveau de l’implantation de comportemen...
Abstract. We propose a formal approach for the detection of high-level malware behaviors. Our techni...
Abstract. We present an approach for proactive malware detection working by abstraction of program b...
Traditional behavior analysis usually operates at the implementation level of a malicious behavior. ...
Traditional behavior analysis usually operates at the implementation level of malicious behaviors. Y...
Abstract. This work is a weighted generalization of the abstraction based analysis tech-nique we pre...
We introduce a new representation for monitored behavior of malicious software called Malware Instru...
We introduce a new representation for monitored behavior of malicious software called Malware Instru...
We introduce a new representation for monitored behavior of malicious software called Malware Instru...
A daily task of malware analysts is the extraction of behaviors from malicious binaries. Such behavi...
Abstract—To handle the growing flood of malware, security vendors and analysts rely on tools that au...
We propose a formal approach for behavioral analysis of programs based on dynamic analysis. It works...
We present an approach for proactive malware detection by working on an abstract representation of a...
International audienceWe propose a formal approach for the detection of high-level malware behaviors...
International audienceWe present an approach for proactive malware detection by working on an abstra...
L’analyse comportementale traditionnelle opère en général au niveau de l’implantation de comportemen...
Abstract. We propose a formal approach for the detection of high-level malware behaviors. Our techni...
Abstract. We present an approach for proactive malware detection working by abstraction of program b...
Traditional behavior analysis usually operates at the implementation level of a malicious behavior. ...
Traditional behavior analysis usually operates at the implementation level of malicious behaviors. Y...
Abstract. This work is a weighted generalization of the abstraction based analysis tech-nique we pre...
We introduce a new representation for monitored behavior of malicious software called Malware Instru...
We introduce a new representation for monitored behavior of malicious software called Malware Instru...
We introduce a new representation for monitored behavior of malicious software called Malware Instru...
A daily task of malware analysts is the extraction of behaviors from malicious binaries. Such behavi...
Abstract—To handle the growing flood of malware, security vendors and analysts rely on tools that au...