It’s hard not to say that 5G technology brings a lot of benefits. 5G entails faster download speeds, and yes, if you have a 5G-enabled handset, you could hear and appreciate the speed increases for videos, gaming, etc. However, 5G provides added benefits that go way above those for the everyday user. Let’s take a look at the high speed and low latency of 5G. There are a lot of areas or industries that require pinpoint accuracy and precision.

Anyone who has had any experience on the offensive side of security has had fun with privilege escalation. There’s something exciting about exploiting a system to the point of getting root-level access. Since I have spent most of my time on the defensive side of the fence, the magic of escalating privileges rested in Exploiting for Privilege Escalation or stealing an administrator’s credentials.

Millions of people have moved onto the Zoom video-conferencing platform as the coronavirus pandemic has forced them to work from their homes. According to Zoom’s own statistics, its daily usage has soared from approximately 10 million daily users in December to over 200 million today.

We’ve heard a lot about the drastic measures that organizations in North America and Western Europe are taking to protect their employees against the coronavirus. But as we all know, COVID-19 is a global pandemic. Organizations all over the world now find themselves in a position where they need to take action on their policies and procedures. Take the Middle East, for instance.

Digital attacks continue to weigh on the minds of industrial cybersecurity (ICS) professionals. In a 2019 survey, 88% of ICS experts told Tripwire they were worried about what a digital attack could mean for their industrial organization. The rate was even higher for those working in the manufacturing and oil & gas sectors at 89% and 97%, respectively. Such widely held concern suggests a need for industrial organizations to make greater investments in their digital security posture.

On March 27, 2020, President Trump signed an unprecedented $2 trillion stimulus package into law. The legislation received support from both chambers of the U.S. Congress for its goal to minimize the economic effects of the global coronavirus 2019 (COVID-19) pandemic, reported CNN. A key component of that package was the direction to provide economic relief to Americans in the form of stimulus checks of varying amounts depending upon their income.

Acknowledging recent reports of ransomware targeting educational institutions, it is no wonder that there have also been articles that attempt to lure in readers with “free” tools. What is disappointing is that these “free” tools are little more than marketing pieces that direct you to click on readily available documentation from Microsoft or Google.

When I first started researching ATT&CK last year, Persistence was the tactic which made me fall in love. Even though I have been in the industry for some time, I learned more from digging into the various techniques here than any other tactic. While I knew about fun tricks like replacing sethc.exe with cmd.exe and hitting the shift key a bunch of times from a lock screen, there were many other techniques that were brand new to me.

We all know there are a number of different security devices that need to be continually monitored because they represent attack vectors. That’s why understanding configuration management is critical to security hygiene. As practitioners, we need to adhere to CIS controls as they provide a critical baseline for maintaining our security framework and keeping up our integrity monitoring processes.

New technologies often present interesting challenges for security teams, with cloud services such as AWS, Azure and GCP providing particularly novel cases in comparison to “classic” on-premise systems. As cloud services race to add new features that drive new customer interest and increase retention of existing clients, there is a very real risk of exposing new threat vectors to the business if even the most minor of misconfigurations occurs.