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Table 1. Steps that each forensic framework follows

Table 1 Steps that each forensic framework follows

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Table 2. Functions that each forensic framework provides the required data resides on various physical machines that are located in different geographical regions, with different remote web clients, on various equipment, and within several endpoints. ormats of logs intentionally which causes roadblocks during investigation [14]. This is a problem because the proprietary formats of logs may not be interpreted with open-source tools. Furthermore, using disparate ormats of logs is a challenge faced by the traditional orensics of networks. This is due to the large volume of logs of data as well as the proprietary formats of the log.
Table 2. Functions that each forensic framework provides the required data resides on various physical machines that are located in different geographical regions, with different remote web clients, on various equipment, and within several endpoints. ormats of logs intentionally which causes roadblocks during investigation [14]. This is a problem because the proprietary formats of logs may not be interpreted with open-source tools. Furthermore, using disparate ormats of logs is a challenge faced by the traditional orensics of networks. This is due to the large volume of logs of data as well as the proprietary formats of the log.
Figure 1. Forensic-Enabled Security as a service framework (FESaaS)
Figure 1. Forensic-Enabled Security as a service framework (FESaaS)
Figure 2. The process of representing the evidences to authorities
Figure 2. The process of representing the evidences to authorities
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