According to the Federal Trade Commission’s Report, from January 1st through April 15th, Americans have reported losing $13.44 million dollars to fraud and they’ve received 18,235 reports related to COVID-19. To avoid coronavirus scams, it’s crucial to understand and identify the red flags and behaviors of “fear scammers.”
Why is cybersecurity so often overlooked by Operational Technology engineers? The answer can be traced to four common myths. Here, we explore why these four misconceptions are no longer true in today’s highly interconnected world and discuss the differences between IT and OT networks, and share some best practice guidelines to help your organization successfully overcome these IT-OT differences and transition to IIoT or Industry 4.0 systems.
Heading into 2020 no one could have predicted how a then-mysterious new coronavirus would cripple global business, as it is now. The last time a global crisis struck with such force, it was a man-made event – when the subprime mortgage crisis in 2008 caused the worst recession in U.S. history since the Great Depression. What are four different dimensions of risk enterprise security leaders need to assess right now?
Though anticipating and preparing for the future is always smart business, there are some industries which take it a step beyond the norm. In cybersecurity, the concept of “future proofing” is essentially the modus operandi everyone adheres to considering just how quickly a massive breach can turn the tide on our collective defenses. By their very nature, security professionals are constantly preparing to head off new threats by diagnosing them and creating an active defense model that makes it nearly impossible - and absurdly expensive - for hackers to get at their data.
To prevent damage from phishing attacks, organizations need to take a few simple but important steps to improve their email security posture. Follow these six strategies, and your email infrastructure will be far safer from phishing and business email compromise (BEC).
As companies throughout the world turn to teleworking as a way of continuing operations in the face of COVID-19, employees and security teams alike have understandably faced growing pains in adjusting to this new reality. Here are five easy-to-follow tips that remote employees can follow to mitigate the risk of digital surveillance while working from home.
Active shooter technology has become a valuable tool that many security professionals are giving more consideration to, in light of the gun violence tragedies we see in our society on a regular basis. It’s important for security, facilities and IT directors to become familiar with active shooter technology to fully understand how it can be deployed, and how it benefits their company, employees and assets.
For business owners and property managers, public building security remains a universal challenge: How do you ensure the security of your staff and customers during hours of operation and protect your assets once regular business hours end? The conundrum that is security and safety in public spaces seems eternal, and the violence that fuels today’s headlines only exacerbates the urgency to find solutions to securing common building entrances.
Like many other industry buzzwords, there’s a lot of hype around security automation. Yet, for the first line of defense in an enterprise environment, the analysts working in the security operations center (SOC), the notion of automation is more headline than reality. Many basic tasks – logging, fault isolation, reporting, and incident troubleshooting – are still very much manual.
Although distributed denial-of-service (DDoS) is an old school attack vector, it continues to be a serious threat to organizations. The monthly number of such attacks exceeds 400,000. To top it off, cybercriminals keep adding new DDoS mechanisms to their repertoire and security providers aren’t always prepared to tackle them. Here are 26 different types of DDoS attacks your security team needs to be ready for.
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