The conflict between malware authors and analysts is heating up as both are coming up with new armaments in their armory. Malware authors are employing novel sophisticated techniques like metamorphosis to thwart detection mechanisms while security professionals are budding new ways to confront them. In this paper we formally treat diverse mechanisms of making malware undetectable in general and code mutation techniques in particular. We also supported our argument where possible, through different tools and have revealed their outcome. In the end we give our methodology to make any virus undetectable using amalgamation of hex editing and metamorphic techniques
AbstractTo successfully identify the metamorphic viruses oriented from the same base, anti-virus sof...
International audienceIn this paper, we present the design of a metamorphic engine representing a ty...
International audienceIn this paper, we present the design of a metamorphic engine representing a ty...
Computer viruses and other forms of malware have viewed as a threat to any software system. They hav...
Most of the commercial antiviruses are signature based, that is, they use existing database signatur...
Computer viruses and other forms of malware have viewed as a threat to any software system. A comput...
Camouflage of malware is a serious challenge for antivirus experts and code analysts. Malware use va...
The use of anti-virus software has become something of an act of faith. A recent study showed that m...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
The succeeding code for metamorphic malware is routinely rewritten to remain stealthy and undetected...
In today’s interconnected world, malware, such as worms and viruses, can cause havoc. A malware dete...
AbstractTo successfully identify the metamorphic viruses oriented from the same base, anti-virus sof...
International audienceIn this paper, we present the design of a metamorphic engine representing a ty...
International audienceIn this paper, we present the design of a metamorphic engine representing a ty...
Computer viruses and other forms of malware have viewed as a threat to any software system. They hav...
Most of the commercial antiviruses are signature based, that is, they use existing database signatur...
Computer viruses and other forms of malware have viewed as a threat to any software system. A comput...
Camouflage of malware is a serious challenge for antivirus experts and code analysts. Malware use va...
The use of anti-virus software has become something of an act of faith. A recent study showed that m...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
Protection against malicious code appears to be a major issue. Recent examples of worms such as Conf...
The succeeding code for metamorphic malware is routinely rewritten to remain stealthy and undetected...
In today’s interconnected world, malware, such as worms and viruses, can cause havoc. A malware dete...
AbstractTo successfully identify the metamorphic viruses oriented from the same base, anti-virus sof...
International audienceIn this paper, we present the design of a metamorphic engine representing a ty...
International audienceIn this paper, we present the design of a metamorphic engine representing a ty...