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NICCS hosts Federal Virtual Training Environment, a completely free online cybersecurity training system for federal and state government employees. It contains more than 800 hours of training materials on ethical hacking, and surveillance, risk management, and malware analysis. [10]
Beginning in 2006, SANS offered asynchronous online training (SANS OnDemand) and a virtual, synchronous classroom format (SANS vLive). Free webcasts and email newsletters (@Risk, Newsbites, Ouch!) have been developed in conjunction with security vendors. The actual content behind SANS training courses and training events remains "vendor-agnostic".
Security Analysis 3 Years N/A CRIA: CREST Registered Intrusion Analyst Security Analysis 3 Years N/A CCNIA: CREST Certified Network Intrusion Analyst Security Analysis 3 Years N/A CCHIA: CREST Certified Host Intrusion Analyst Security Analysis 3 Years N/A CCMRE: CREST Certified Malware Reverse Engineer Malware Analysis 3 Years N/A CCIM
Malware analysis is the study or process of determining the functionality, origin and potential impact of a given malware sample such as a virus, worm, trojan horse, rootkit, or backdoor. [1] Malware or malicious software is any computer software intended to harm the host operating system or to steal sensitive data from users, organizations or ...
Malware is detected by comparing the dependency graphs of the training and test sets. Fredrikson et al. [10] describe an approach that uncovers distinguishing features in malware system call dependency graphs. They extract significant behaviors using concept analysis and leap mining. [11]
Interactive video training – This technique allows users to be trained using two-way interactive audio and video instruction. Web-based training – This method allows employees or users to take the training independently and usually has a testing component to determine if learning has taken place. If not, users can be allowed to retake the ...
The team has provided hands-on training on disk forensics, mobile forensics & CDR analysis, Windows forensics, Internet-based crimes, open-source intelligence and social media analysis. The team has developed some tools for hashing, registry analysis and CDR analysis to ease up the process of Forensic analysis.
Security researchers rely heavily on sandboxing technologies to analyse malware behavior. By creating an environment that mimics or replicates the targeted desktops, researchers can evaluate how malware infects and compromises a target host. Numerous malware analysis services are based on the sandboxing technology. [12]