According to the 2020 Thales Access Management Index – U.S. and Brazil Edition1– four out of ten IT security professionals still see usernames and passwords as one of the most effective means to protect access to their IT infrastructure, even though most hacking-related breaches are a result of weak, stolen or reused user credentials.
Recently, data tokenization has proved to be a successful protection method for securing sensitive information and all instances of personal data. This is because it allows information to retain its analytical value, while ensuring that it meets regulatory requirements.
Embedding cellular technology in a business continuity plan allows organizations to scale the network as needed, offers further security for those outside the corporate walls and ensures IT teams can more easily monitor and resolve any potential issues faster and easier. The workforce of tomorrow will see remote work security and cellular connectivity go hand-in-hand.
Microsoft's Azure Security Center (ASC), which regularly searches for and researches for new attack vectors against Kubernetes workloads, revealed a new campaign that was observed recently targeting Kubeflow, a machine learning toolkit for Kubernetes.
The Campbell University College of Arts and Sciences has announced the formation of a new academic department, the Department of Security and Computing, which will house cybersecurity, homeland security and ITS programs.
Bob Olsen, Senior Managing Director, has been appointed Global Head of Cybersecurity and Privacy at Ankura, global business advisory services firm. Based in Baltimore, Olsen will be responsible for supporting the continued expansion and growth of the firm’s cybersecurity and privacy practices in both existing and developing markets.
As a future of remote work comes into focus, IT and security professionals are becoming increasingly aware that employees could unknowingly leave a door open to fraud, cybercrime and more.
A new report by researchers at the Massachusetts Institute of Technology (MIT) and University of Michigan discusses the cybersecurity vulnerabilities associated with OmniBallot, a web-based system for blank ballot delivery, ballot marking and (optionally) online voting.