7 Ways to Bring AI to Cybersecurity
Academic researchers are developing projects to apply AI to detect and stop cyberattacks and keep critical infrastructure secure, thanks to grants from C3.ai Digital Transformation Institute.
Discover the latest in cybersecurity education, training programs, courses, and certifications to secure digital environments effectively.
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Background for this topic.
Education comprises schools, colleges, universities, training providers, and the systems supporting teaching, assessment, administration, and research. Its distinctive assets include student and staff records, attendance and grades, learning materials, research data, payment information, and sometimes sensitive information about children or vulnerable people. Core dependencies include identity systems, email, learning platforms, campus networks, cloud services, online examination tools, and third-party platforms; disruption can affect teaching, assessment, safeguarding, or essential administration.
Security priorities include tightly scoped access for students, staff, contractors, and researchers; strong authentication; timely patching of internet-facing and classroom-managed devices; and careful control of data shared with service providers. Privacy requirements make retention, access logging, and protection of educational and research records material. Because education operates on fixed academic schedules and often has limited recovery windows, tested backups, offline or segregated recovery copies, and rehearsed procedures for isolating accounts or systems can support continuity. Vulnerability management should account for legacy devices and decentralized departmental technology, while incident response plans should preserve evidence and provide clear communications to affected communities.
Academic researchers are developing projects to apply AI to detect and stop cyberattacks and keep critical infrastructure secure, thanks to grants from C3.ai Digital Transformation Institute.
The Japanese-language Panchan botnet has been discovered stealing SSH keys from Linux servers across Asia, Europe, and North America, with a focus on telecom and education providers.
A new Golang-based peer-to-peer (P2P) botnet has been spotted actively targeting Linux servers in the education sector since its emergence in March 2022
A new peer-to-peer botnet named Panchan appeared in the wild around March 2022, targeting Linux servers in the education sector to mine cryptocurrency. [...]
The distributed denial-as-a-service websites were behind more than 200K attacks on targets including schools and hospitals.