CyberDegrees.org, a Washington, D.C.-based publisher of informational websites on higher education, has ranked the top 20 schools for cybersecurity, based on subject expertise, scholarship opportunities and designation as a national security agency national center of academic excellence in cyber defense.
A new study says that 93 percent of security professionals are concerned about the cybersecurity skills gap, and 72 percent believe it is more difficult to hire skilled security staff to defend against today’s cyberattacks compared to two years ago.
There’s a shift taking place in the boardroom: With the recent high-profile cyberattacks like WannaCry and NotPetya, cybersecurity has been placed in the spotlight, making it a much more prominent topic than it was five years ago.
Since the late ‘90s in Canada, bank robberies have been on a decline; between 1998 and 2008, such incidents decreased by 38 percent, according to a report by Statistics Canada.
It’s not working, but it can. Despite government and private sector efforts to retain more women in the global cybersecurity profession, women are sorely underrepresented in the industry.
Something potentially groundbreaking is happening in New York, and its impact is being felt globally. Still, if you’re not in the financial services industry, and specifically regulated by the New York State Department of Financial Services (NYDFS), you may have missed it. What is this change? In short, it’s the first of what may become a wave of stringent state cybersecurity regulations that impose “minimum standards” on industry.
Firms supplying essential services, e.g. for energy, transport, banking and health, or digital ones, such as search engines and cloud services, will have to improve their ability to withstand cyberattacks under the first EU-wide rules on cybersecurity.
Only about half of all countries have a cybersecurity strategy or are in the process of developing one, the International Telecommunication Union reported in its second Global Cybersecurity Index.
China is to use quantum cryptography to create an “unhackable” communications network. Using the network, some 200 users from the military, government, finance and electricity sectors will be able to send messages without the concern that others may be able to read them.
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