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Cloud services and networking are driving the concept of digital businesses, yet traditional networking and cybersecurity architectures are far from meeting the demands of the digital business. Gartner's " The Future of Network Security Is in the Cloud " report spells out the potential for the transformation of networking and security in the cloud, built upon a new networking and security model. That model is called Secure Access Service Edge (SASE) , a term coined by Gartner's leading security analysts Neil MacDonald, Lawrence Orans, and Joe Skorupa. Gartner claims that SASE has the potential to invert the established networking and security service stack from one based in the data center into a design that shifts the focal point of identity to the user and the endpoint device. SASE addresses the numerous problems that have been discovered with traditional cybersecurity methods used in the cloud. Many of those problems have roots with the ideology that netwo

Real-time visibility into IT assets and activities introduces speed and efficiency to many critical productivity and security tasks organizations are struggling with—from conventional asset inventory reporting to proactive elimination of exposed attack surfaces. However, gaining such visibility is often highly resource consuming and entails manual integration of various feeds. Cynet is now offering end-users and service providers free access to its end-to-end visibility capabilities . The offering consists of 14 days access to the Cynet 360 platform, during which users can gain full visibility into their IT environment—host configurations, installed software, user account activities, password hygiene, and network traffic. "When we built the Cynet 360 platform we identified a critical need for a single-source-of-truth interface where you get all the knowledge regarding what exists in the environment and what activities take place there," said Eyal Gruner, Cynet fou

Imagine a world where the software that powers your favorite apps, secures your online transactions, and keeps your digital life could be outsmarted and taken over by a cleverly disguised piece of code. This isn't a plot from the latest cyber-thriller; it's actually been a reality for years now. How this will change – in a positive or negative direction – as artificial intelligence (AI) takes on a larger role in software development is one of the big uncertainties related to this brave new world. In an era where AI promises to revolutionize how we live and work, the conversation about its security implications cannot be sidelined. As we increasingly rely on AI for tasks ranging from mundane to mission-critical, the question is no longer just, "Can AI  boost cybersecurity ?" (sure!), but also "Can AI  be hacked? " (yes!), "Can one use AI  to hack? " (of course!), and "Will AI  produce secure software ?" (well…). This thought leadership article is about the latter. Cydrill  (a

It's 2017, and we're not any further along with Wi-Fi security than we were 10 years ago. There are Intrusion Detection Systems and 2nd generation antivirus apps to protect us from some vulnerabilities but the simple fact that some people and businesses still don't set their network up well in the first place. Installing WiFi is like running Ethernet to your parking lot. It's a cliche thing to say, but it is often true. If I can attack your network sitting in my car from the parking lot, what chance do you have? And 99% of the time I'm successful. Lots of companies are moving to new offices that have wide open office layouts. Some may not have BYOD policies or wireless security plans in place, and anyone can bring their own device to work that you may not know about. I've even seen some companies installing IoT devices like smart led light bulbs and thermostats. Even some security camera systems which are always running unsecured and default passwords. So what can you

The recently disclosed FREAK (Factoring attack on RSA Export Keys) attack is an SSL/TLS vulnerability that is affecting major browsers, servers and even mobile devices.  FREAK vulnerability allows the attacker to intercept HTTPS connections between vulnerable clients and servers and force them to use weakened encryption, which the attacker can break to manipulate or steal sensitive data. Although most major hardware/software vendors and owners have patched this flaw, many are still susceptible to this kind of attack.  Instrumental in discovering FREAK flaw, the University of Michigan conducted scans and discovered that an estimated 36.7% of the 14 million websites offering browser-trusted certificates were vulnerable at the time of disclosure.  This includes some very high profile pages like nsa.gov, irs.gov and even the ubiquitous connect.facebook.com (the source of all Facebook "Like" buttons.) IMPACTS OF FREAK ATTACK Intercepts your sensitive,