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What is the method of reducing damages caused by cyber crimes? 


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To reduce damages caused by cyber crimes, various approaches can be implemented. One effective method involves utilizing software-defined networking (SDN) in combination with network metrics to measure and reduce the impact of cyber attacks on cyber-physical production systems . Additionally, creating a database with "White" and "Black" lists of IP addresses based on behavioral criteria, updating filtering rules, and employing multiple prevention techniques can help in reducing damage caused by network attacks to a virtual private network server . Furthermore, active reporting of cyber sexual violence crimes and ensuring the speed, severity, and certainty of punishment for such crimes can significantly deter offenders and reduce the occurrence of cyber sex crimes . Overall, a comprehensive cybercrime mitigation framework (CCMF) that includes detection, assessment, analysis, evaluation, and response phases can effectively reduce the attack surface and mitigate cybercrimes in an evolving organizational landscape .

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Mitigating cybercrimes involves implementing a Cybercrime Mitigation Framework (CCMF) with detect, assess, analyze, evaluate, and respond phases to reduce damages in an evolving organizational landscape.
The method involves creating "White" and "Black" IP lists based on attack behavior, updating filtering rules, simulating attacks, transferring nodes to additional servers, and restoring after attacks for VPN protection.
The method involves using Software-Defined Networking (SDN) with network metrics to measure and reduce cyberattack impacts, employing four prevention techniques, reducing impact from 82.9% to 98.1%.
To reduce damages from cyber sexual violence crimes, ensuring swift, severe, and certain punishment is crucial. Active reporting and policy alternatives are also recommended for prevention.
Implementing Artificial Intelligence in cyber security can reduce damages caused by cyber crimes by enhancing danger hunting through behavior analysis and developing application profiles for network security.

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