The latest News and Information on CyberSecurity for Applications, Services and Infrastructure, and related technologies.
With the release of build.cfengine.com, I have been working to migrate some of our own security related policy into modules of their own. CFEngine Build and the cfbs tooling allows us to organize policy into modules, which are easy to update independently and share with other users. Let’s take the scenic route and look at what life is like with cfbs. One of our security policies requires that the password hashing algorithm in /etc/login.defs is set to SHA512.
We’re thrilled to announce that Frost & Sullivan has awarded the 2021 Asia-Pacific Company of the Year Award for secure remote access to Pulse Secure (acquired by Ivanti). In determining awards, Frost & Sullivan “applies a rigorous analytical process” that includes “detailed evaluation of best practices criteria.”
As the number of connected gadgets in our homes, offices, and industrial networks continues to grow exponentially, keeping IoT devices secure has become a vital part of our everyday lives. However, our webcams, printers, and smart plugs often lack security features due to their fast time to market, making them particularly vulnerable to attack. And because security metrics themselves can be tricky to assess, tracking IoT device security is increasingly a challenge.
A single Kubernetes cluster expends a small percentage of its total available assigned resources on delivering in-cluster networking. We don’t have to be satisfied with this, though—achieving the lowest possible overhead can provide significant cost savings and performance improvements if you are running network-intensive workloads.
Kubernetes dominates the container orchestration market in every way. According to the latest State of Kubernetes and Container Security study, 88% of enterprises utilise Kubernetes to manage a portion of their container workloads. Kubernetes and other orchestration systems have given software deployment and management a new level of robustness and customization. They also brought attention to the current security landscape's shortcomings.
Within an organization, the Network Operations Center (NOC) and Security Operations Center (SOC) teams need to work together to maintain optimal network performance in addition to ensuring both overall security and the availability of IT services for business lines. In the past, these two teams were focused on two separate objectives, using different tools to do so and often running specific processes.