cyber conflict
AI Will Be a Double-Edged Sword in Future Cyber Conflicts
"Artificial Intelligence and machine learning โฆ [are] foundational to the future of cybersecurity. We have got to work our way through how we're going to deal with this. It is not the if, it's only the when to me," Adm. Mike Rogers, former chief of the National Security Agency and U.S. Cyber Command, remarked in an interview. During his presidency, Barack Obama shared his concerns about an attacker using artificial intelligence (AI) to access launch codes for nuclear weapons. "If that's its only job, if it's self-teaching and it's just a really effective algorithm, then you've got problems," Obama said.
Blackjack: A game model for applying AI to cybersecurity
Cyber-attacks continue to threaten organizations large and small. The impacts of a data breach or ransomware attack may have significant and material impacts on both customers and shareholders. To help combat cyber threats, some organizations have started exploring how big data and artificial intelligence (AI) may help to reduce cybersecurity risk. Machine learning algorithms are now common in cybersecurity. We find machine learning offered in more commercial products, from those that are fully integrated into products and require no knowledge of machine learning to those that require rolling up your sleeves to put together the algorithms and perform statistical analysis. Machine learning for cybersecurity has most frequently been applied to detecting patterns that represent attacks. This includes algorithms that evaluate audit log data, that spot anomalies for network intrusion detection systems, and that identify and block malware on computer systems. In some applications, machine learning is used to train models of normal activity on networks in hope of later detecting anomalous events that may represent a cyber-attack.
Blackjack: A game model for applying AI to cybersecurity
Cyber-attacks continue to threaten organizations large and small. The impacts of a data breach or ransomware attack may have significant and material impacts on both customers and shareholders. To help combat cyber threats, some organizations have started exploring how big data and artificial intelligence (AI) may help to reduce cybersecurity risk. Machine learning algorithms are now common in cybersecurity. We find machine learning offered in more commercial products, from those that are fully integrated into products and require no knowledge of machine learning to those that require rolling up your sleeves to put together the algorithms and perform statistical analysis. Machine learning for cybersecurity has most frequently been applied to detecting patterns that represent attacks. This includes algorithms that evaluate audit log data, that spot anomalies for network intrusion detection systems, and that identify and block malware on computer systems. In some applications, machine learning is used to train models of normal activity on networks in hope of later detecting anomalous events that may represent a cyber-attack.