
Behavioral Execution Prevention: Next-Generation Antivirus Evolved
Behavioral Execution Prevention stops threats posed by malicious actors who use trusted operating system software and native processes to conduct attacks...
Lital Asher-Dotan
Domain Generation Algorithm (DGA)-based malware, like GameOver Zeus and CryptoLocker botnets, introduces a massive threat, not only because of the vast financial implications they impose, but also because of how difficult they are to detect. Even the FBI's efforts to stop a DGA-based operation were ineffective, as was lately discussed in a post by Lotem Guy.
In order to make a stand against complex malware, like DGA-based malware, there is a need to employ new dynamic detection approaches.
Our latest eBook offers a new approach for the detection of attacks employing Domain Generation Algorithm (DGA) techniques. Download the eBook to learn:
Lital is a Marketing Team Leader, Storyteller, Technology Marketing Expert. She joined Cybereason as the first marketing hire and built a full marketing department. Specializing in brand building, product marketing, communication and content. Passionate about building ROI-driven marketing teams.
Behavioral Execution Prevention stops threats posed by malicious actors who use trusted operating system software and native processes to conduct attacks...
Traditional antivirus tools from legacy vendors spot the easy stuff but struggle to prevent novel threats from causing damage. That is why Cybereason is announcing its latest prevention technologies to detect and block all threats from commodity malware to the never before seen...
Behavioral Execution Prevention stops threats posed by malicious actors who use trusted operating system software and native processes to conduct attacks...
Traditional antivirus tools from legacy vendors spot the easy stuff but struggle to prevent novel threats from causing damage. That is why Cybereason is announcing its latest prevention technologies to detect and block all threats from commodity malware to the never before seen...
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