ISC CISSP Exam With Confidence Using Practice Dumps

 Statistical anomaly is a network intrusion detection technique that compares the current network activity with a baseline of normal behavior, and detects any deviations that exceed a predefined threshold. Statistical anomaly can identify unknown or novel attacks, but it may also generate false positives if the baseline is not updated or the threshold is not set properly12. References: 1: CISSP All-in-One Exam Guide, Eighth Edition, Chapter 7, page 7702: CISSP For Dummies, 7th Edition, Chapter 7, page 237.

Session management is the process of controlling and maintaining the state and information of a user’s interaction with a web service. It involves creating, maintaining, and terminating sessions, as well as ensuring their security and integrity. An attacker who is able to remain indefinitely logged into a web service is exploiting a weakness in session management, such as the lack of session expiration, session timeout, or session revocation. Alert management, password management, and identity management (IM) are all related to security, but they do not directly address the issue of session management. 

 The most environmentally friendly and appropriate method of suppressing a fire in a data center is to use an inert gas fire suppression system. An inert gas fire suppression system is a type of gaseous fire suppression system that uses an inert gas, such as nitrogen, argon, or carbon dioxide, to extinguish a fire. An inert gas fire suppression system works by displacing the oxygen in the area and reducing the oxygen concentration below the level that supports combustion. An inert gas fire suppression system is environmentally friendly, as it does not produce any harmful or toxic by-products, and it does not deplete the ozone layer. An inert gas fire suppression system is also appropriate for a data center, as it does not damage or affect the electronic equipment, and it does not pose any health risks to the personnel, as long as the oxygen level is maintained above the minimum requirement for human survival. Halon gas fire suppression system, dry-pipe sprinklers, and wet-pipe sprinklers are not the most environmentally friendly and appropriate methods of suppressing a fire in a data center, although they may be effective or common fire suppression techniques. Halon gas fire suppression system is a type of gaseous fire suppression system that uses halon, a chemical compound that contains bromine, to extinguish a fire. Halon gas fire suppression system works by interrupting the chemical reaction of the fire and inhibiting the combustion process. Halon gas fire suppression system is not environmentally friendly, as it produces harmful or toxic by-products, and it depletes the ozone layer. Halon gas fire suppression system is also not appropriate for a data center, as it poses health risks to the personnel, and it is banned or restricted in many countries. Dry-pipe sprinklers are a type of water-based fire suppression system that uses pressurized air or nitrogen to fill the pipes, and water to spray from the sprinkler heads when a fire is detected. Dry-pipe sprinklers are not environmentally friendly, as they use water, which is a scarce and valuable resource, and they may cause water pollution or contamination. Dry-pipe sprinklers are also not appropriate for a data center, as they may damage or affect the electronic equipment, and they may trigger false alarms or accidental discharges. Wet-pipe sprinklers are a type of water-based fire suppression system that uses pressurized water to fill the pipes and spray from the sprinkler heads when a fire is detected. Wet-pipe sprinklers are not environmentally friendly, as they use water, which is a scarce and valuable resource, and they may cause water pollution or contamination. Wet-pipe sprinklers are also not appropriate for a data center, as they may damage or affect the electronic equipment, and they may trigger false alarms or accidental discharges.