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Ransomware. It may be the most feared word of security and risk managers. After countless headlines and costs of over 11.5 billion dollars in 2019 alone, organizations around the world are understandably terrified of being hit by a ransomware attack. What are four steps you can take to protect against ransomware?
Zoom has announced robust security enhancements with the upcoming general availability of Zoom 5.0 as part of their 90-day plan to proactively identify, address and enhance the security and privacy capabilities of the Zoom platform.
While there’s some debate whether Benjamin Franklin or someone else said it first, the advice remains solid for the modern cyber landscape. Yet, in today’s competitive environment, not only is planning critical — but so, too, is planning for plans to fail.
Ransomware has quickly emerged as a massive cybersecurity threat and is evolving continuously. Certainly, recent ransomware incidents should serve as a wake-up call for all businesses to remain vigilant against ransomware. To minimize the chances of being victimized by ransomware means going back in time to understand how ransomware developed and how it evolved.
There seems to be a consensus for advocates of private Internet use that encryption is a good thing, and that encryption of DNS is needed to prevent network operators from gaining visibility into the sites and services their users lookup (and then visit). Two protocols have been created to achieve this encryption: DNS over TLS (DoT) and DNS over HTTPS (DoH). While both offer encryption of DNS data using the same TLS protocol, there are some very important differences:
Facebook said it would proceed with “end-to-end” encryption for its WhatsApp and Messenger services, rejecting a U.S. and Attorney General William P. Barr's plea to allow government access.
The Department of Justice published an open letter to Facebook from international law enforcement partners from the United States, United Kingdom and Australia in response to the company’s publicly announced plans to implement end-to-end-encryption across its messaging services.
