The era of Big Data is here. Information now exceeds fantastic proportions, globally measured in zettabytes (each zettabyte is a billion terabytes) and growing at an exponential rate that defies comprehension. According to the IDC, global data is expected to grow from 23 Zettabytes (ZB) in 2017 to 175 ZB by 2025.
AT&T Cybersecurity had a big presence at Infosecurity Europe 2019 in London, June 4-6. Our theme was unifying security management with people, process and technologies. While the industry is generally moving in the right direction, IT teams still struggle with being overwhelmed on the technology side, not knowing where to begin on the process side, and finding (or being able to afford) people with the right security skill sets.
In the new report, “Analytics is making its security operations mark ahead of schedule,” analyst firm 451 Research details the accelerating transition happening in the security information and event management (SIEM) space. The report underscores how new cloud-native analytics solutions are displacing traditional SIEMs at the heart of the defense.
In a dark room lit only by the light from four computer monitors sits a hacker named Hector (not his real name). You can hear the faint pulse of an EDM track coming from his headphones as Hector taps away on his computer’s keyboard. The above description could serve as the setting for a hacker movie set in the early 2000s. But it doesn’t work in today’s context. Nowadays, Hector sits in a brightly lit room with multiple screens at his disposal.
It’s been a few weeks since Verizon released the 12th edition of its Data Breach Investigations Report (DBIR). For this publication, Verizon’s researchers studied 41,686 security incidents in which a response was necessary. These analysts found that 2,013 of those incidents were data breaches in that some sort of information was actually compromised.
Authentication, authorization and access control are three paramount cyber security concepts that are often confused and used interchangeably. It might be because these three are usually perceived as one single process by the end user, yet it is critically important to understand the distinction while designing the security framework.
Since the first documented ransomware attack occurred in the late 80s, the attack method has increasingly become a threat to organizations and individual consumers. One cybercriminal may lock up a family’s computer and hold their precious photo memories hostage with the threat of deleting them. Another may cripple a business by locking up their primary revenue generating application database, costing the company millions of dollars in lost sales by the minute.
YouTube, the world’s top provider of streaming multimedia content, keeps reaching new heights in terms of its popularity. Nearly two billion monthly users and five billion videos watched every single day – these impressive statistics speak for themselves, and the numbers are steadily growing year over year. Everybody loves YouTube and so do cybercriminals, only in their very own nefarious way.
An emerging use case for containerized platforms has been the ability to deploy applications in what is termed as an air-gapped deployment. This deployment pattern is particularly pronounced around edge computing (more on that later in the blog series) – though there exist significant differences between edge clusters and air-gapped deployments. Air-gapped applications are those that run isolated from datacenter or internet connectivity.
