Security professionals in higher education can implement a number of strategies to ensure safety and security without hindering the learning environment.
Security professionals in higher education can implement a number of strategies to ensure safety and security without hindering the learning environment.
Machines are better at speed and scale than humans. But humans have the edge over machines at thinking outside of the box, using their curiosity and creativity to come up with solutions, and reasoning that machines cannot define or replicate. When it comes to security operations, humans and automation are the duo that’s stronger and more effective in partnership than when they’re apart. Using extended detection and response (XDR) can bring these skills to the forefront of the Security Operations Center (SOC), leaving the repeatable, boring tasks to the machines and allowing for these human traits to shine.
In late August, the Orlando City Soccer Club played its first game since its games and operations shut down in the spring due to COVID-19. It was a great evening, says Robert Schnettler, who is Senior Director of Security and Guest Services for the club and Exploria Stadium.
Security operations centers (SOCs) across the globe are most concerned with advanced threat detection and are increasingly looking to artificial intelligence (AI) and machine learning (ML) technologies to proactively safeguard the enterprise, according to a new study by Micro Focus, in partnership with CyberEdge Group.
Transportation Security Administration (TSA) Administrator David Pekoske was at the TSA Transportation Security Operations Center (TSOC) on Tuesday, Oct. 13, to meet with the local TSA workforce and conduct one of his regular virtual town hall meetings, which was broadcast to agency employees nationwide.
Here, we talk to Julian Waits, General Manager of Cybersecurity at Business Unit at Devo, to find out how security operations center (SOC) leaders can create a culture of growth among their teams.
It sounds simple: a company must be a safe place to work, and people will want to work for companies that make them feel safe. Companies have a duty of care and responsibility to keep employees safe, even as many work remotely. But as enterprises undergo digital transformation, physical security has at times been left behind (with legacy and outdated technology systems) despite a rise in threatening events and its increasing importance for corporations. Embracing digital protective intelligence and making safety a priority is not just a way to support wise corporate values, but given the potential loss of life and the cultural, bottom line and brand reputation damage that could occur, must be a mandate for modern business operations.
McAfee and the University of California, Berkeley’s Center for Long-Term Cybersecurity (CLTC) released a new research study, MITRE ATT&CK as a Framework for Cloud Threat Investigation, developed by CLTC researchers. The report focuses on threat investigation in the cloud through the lens of the most widely adopted framework, MITRE ATT&CK.
The 2020 State of Security Operations study from Forrester Consulting finds that enterprise security teams around the world continue to struggle with the growing pace, volume and sophistication of cyberattacks. The commissioned survey of over 300 enterprise security operations professionals reveals that only 46% of enterprises are satisfied with their ability to detect cybersecurity threats.