CFEngine 3.17 - Flexibility
We are pleased to announce the release of CFEngine 3.17.0, with the theme Flexibility! This is a non-LTS release and allows the CFEngine community to test the features which will be in CFEngine 3.18.0 LTS (Summer 2021).
The latest News and Information on CyberSecurity for Applications, Services and Infrastructure, and related technologies.
We are pleased to announce the release of CFEngine 3.17.0, with the theme Flexibility! This is a non-LTS release and allows the CFEngine community to test the features which will be in CFEngine 3.18.0 LTS (Summer 2021).
Active Directory (AD) is a process service that is used in Microsoft® Windows-based environments. It is responsible for authenticating users when they connect to servers and for authorizing access to different directories, files, and data. AD is also responsible for carrying out security protocols on all connected devices and computers. For example, there is a policy in place where, after three login attempts, a user’s account is locked.
Security teams are in a difficult position: they continue wrestling with persistent problems, such as overwhelming alert volumes and staff shortages, while confronting new ones driven by the abrupt shift to remote work. For instance, attaining real-time, deep visibility into cloud environments may have been on SOC roadmaps before 2020, but the capability is now a pressing need.
Each year ecommerce sites are named and shamed for failing to prepare their website for Black Friday, sacrificing sales revenue and reputation. We explain changes companies can make in advance to mitigate outages, reduce shopping cart abandonment and improve digital experience in preparation for Black Friday 2020.
In this blog, we introduce the new integration between Sysdig Secure and Red Hat® Advanced Cluster Management for Kubernetes that protects containers, Kubernetes, and cloud infrastructure with out-of-the-box policies based on the Falco open-source runtime security project. Organizations are quickly growing their Kubernetes footprint and need ways to achieve consistent management and security across clusters.
The ever-evolving cloud-native landscape creates constantly changing attack surfaces. As a result, teams implement a whole suite of security tools to identify large varieties of vulnerabilities and attacks, as well as monitor more logs than ever to find malicious activity. But monitoring so much information can cause a barrage of notifications and alerts. Even if you’re identifying real security threats, it can be impossible to know where to start and where to focus.