Georgia Tech OMS Cybersecurity

Cybersecurity software bans caused by geopolitical tensions decrease global awareness of malicious activity, which ultimately delays response times.

In a recent study, Georgia Tech researchers uncovered major gaps in today’s threat intelligence pipeline, including limited data sharing and widespread sandbox evasion. Brenden Kuerbis, executive director of the Online Master of Science in Cybersecurity, explores how threat intelligence provenance can help preserve global collaboration even as political pressures push systems toward fragmentation.

https://vist.ly/4vcsk

Tech researchers found a vulnerability that could let cybercriminals hijack self-driving cars. The attack can stay dormant until triggered, creating a serious safety risk for passengers. Read the study co-authored by OMS Cyber associate professor Brendan Saltaformaggio.

https://vist.ly/4qbby

Saman Zonouz, director of the Cyber-physical Systems Track, examines how the integration of internet-connected computers into critical infrastructure is “creating a world where the line between code and physical destruction is irrevocably blurred.”

Explore his thoughts: https://vist.ly/4ph5n