2020 has become the lens through which predictions for the whole decade will be forecasted. The wave of digital transformation has enabled easy availability of services from home for everyone and anyone. Some experts say that five years of digital transformation took place in six months due to the number of services and products that have moved to online access, but this has also made the market quite volatile.
In this blog, we will compare and contrast Falco vs. AuditD from a Host Intrusion Detection (HIDS) perspective. AuditD is a native feature to the Linux kernel that collects certain types of system activity to facilitate incident investigation. Falco is the CNCF open-source project for runtime threat detection for containers and Kubernetes. We will dig deeper into the technical details and cover the installation, detection, resource consumption, and integration between both products.
The annual list of top security projects from Gartner provides key insights on where security leaders should focus their limited time and resources to be the most effective at protecting their data, users, and infrastructure. Netskope provides value for each of the top 10 recommended security projects for this year and next, including many critical capabilities. This blog series will highlight each Gartner recommendation and how Netskope specifically can help.
Over the past year, the retail and hospitality industries have been forced to adapt to the “new normal.” Since lockdowns and health concerns have prevented or dissuaded in-person shopping or dining, the new normal has been e-commerce. Smaller businesses not equipped for the increase in e-commerce have had to undergo rapid digital transformation in order to stay afloat. But, unfortunately, e-commerce was not the only thing to increase in 2020.
‘Business’ is a verb that practically means the movement of data. If you aren’t sharing data – keeping the books, sharing ideas and stats about sales, getting the correct information regarding the customer or data to the customer – then you aren’t doing much business. But organizations need to protect their data along the way. Infosec has so many ways of protecting those sources of data, so much so that users of the data often complain.
A few years ago, I worked alongside some oil commodity traders. Environmental concerns aside, I never realized how many parts were required to get the oil out of the ground, not to mention everything else that finally resulted in the production of refined products that surround our lives. As a cybersecurity professional, I was more interested in how all the pipelines were intertwined and, of course, protected.
The Common Vulnerability Scoring System (CVSS) can help you navigate the constantly growing ocean of open source vulnerabilities. But it’s difficult to lend your trust and put the security of your organization and your customers into the hands of a system that you may know very little about. Let’s take a closer look at the CVSS to see what it’s all about.
Historically, one difference between a company victimized by ransomware and those hit with a hacking intrusion that resulted in stolen data was that in a ransomware attack, the data wasn’t actually stolen, but was encrypted so that the victim would have to pay a ransom to regain access. Unlike traditional data thefts, ransomware—the theory went—didn’t really steal data. It encrypted it so that the authorized users couldn’t get to it unless a ransom was paid.
Network security has changed a lot over the years, it had to. From wide open infrastructures to tightly controlled environments, the standard practices of network security have grown more and more sophisticated. This post will take us back in time to look at the journey that a typical network has been on over the past 15+ years. From a wide open, “chewy” network, all the way to zero trust networking. Let’s get started.
