Filtered by tag: cybersecurity × Clear
Higher Ed Cybersecurity Adapts to Growing AI Threats
Matched: Artificial Intelligence
Higher education institutions face growing cybersecurity threats as AI enables more sophisticated attacks with less effort. Universities are particularly vulnerable due to decentralized IT structures, sprawling networks, and sensitive student and research data. While bad actors exploit AI to scale attacks, IT teams are also adopting AI-powered tools to defend against them, forcing campuses to rethink traditional security models.
Higher Ed’s Path to Advanced Cybersecurity Maturity
Matched: AI
Higher education IT leaders are urged to move beyond reactive cybersecurity toward structured maturity, using frameworks like NIST's Cybersecurity Framework and FINRA guidance adapted for colleges and universities. Key priorities include zero-trust implementation, scalable and resilient systems, and audit readiness — balancing stronger security with the agility and cost-efficiency that academic institutions require.
Finding the Right Disaster Recovery Strategy for Higher Ed
Matched: AI
Higher education institutions are prioritizing disaster recovery as cyberattacks and unplanned downtime threaten operations. Immutable backups are now considered essential, not optional. However, cost concerns and limited IT staff capacity remain barriers. A Veeam survey found 92% of IT professionals want backup solutions better tailored to their needs, highlighting a gap between the importance institutions place on disaster recovery and their ability to implement effective strategies.
From Human Speed to Machine Speed: How Higher Ed Security Is Using AI to Fight Agentic Attacks
Matched: Agentic, AI, Artificial Intelligence
Small university security teams are being outpaced by AI-driven "agentic" attacks that operate far faster than humans can respond. Teams of two to five staff at regional institutions are overwhelmed triaging alerts manually, forcing them to prioritize and potentially miss threats. Higher ed institutions are increasingly turning to AI-powered security tools to close this gap and match the automated speed of modern cyberattacks.
Why AI-Driven Modern Classrooms Require a Major Security Conversation
Matched: AI
AI-powered classroom technology has transformed standard audiovisual equipment into networked endpoints with serious security implications. Cameras, ceiling speakers, and interactive displays are now connected systems capable of broadcasting emergency alerts and handling sensitive data. This integration creates potential vulnerabilities that institutions must address, making cybersecurity discussions essential for modern educational environments rather than an afterthought.
Building shared resilience in higher ed
Matched: AI
Higher education campuses face significant cybersecurity risks due to large, constantly changing user populations, sensitive research data, and complex vendor ecosystems. With education ranking fifth for notifiable breaches in Australia in 2025, TechnologyOne's security head argues institutions must move beyond individual security postures toward collective resilience — sharing testing programs, scrutinising third-party vendors more deeply than standard questionnaires allow, and collaborating directly with software providers to improve security outcomes sector-wide.
This is not about the Canvas Hack
Matched: AI
The Canvas hack represents a sophisticated ransomware attack on education by organized cybercriminals who previously targeted hospitals. The attackers used multiple vectors including social engineering, and Instructure was SOC 2 compliant. The author, affiliated with 1EdTech, stresses that LTI 1.3 is secure; deprecated LTI 1.1 wasn't involved in the attack and shouldn't be used. Broad insinuations that LTI standards are generally insecure are wrong and counterproductive. The sector must respond collectively.