The latest News and Information on CyberSecurity for Applications, Services and Infrastructure, and related technologies.
This third part of the “Implementing Backstage” series explains how to integrate Backstage with existing tools and plugins. If you’re at an earlier stage of your Backstage implementation, the two previous installments in this series focus on getting started and using the core features. If you’re looking for a more general introduction to Backstage, you can read the first article in the “Evaluating Backstage” series.
Today's enterprise networks are diverse and complex. Rather than the simple network perimeter of old, bad actors can attack through multiple entry points, including cloud-based applications. Not to mention, these networks generate massive amounts of transactional data. Because enterprise networks have become larger, they're more difficult to secure and manage. As a result, IT operations teams and security analysts seek better ways to deal with the massive influx of information to improve security and observability.
For CFEngine we manage several public and private repositories of code in GitHub for our Open Source and Enterprise products. In order to ensure quality we run many checks on the code both with nightly builds as well as on each pull request. We use a Jenkins server for nightlies which also includes more extensive deployment tests on all of the platforms we support. Previously we had used Travis for many of these checks but that system started to show its age and limitations.
“Zero Days” may be one of the most recognizable cybersecurity terms, other than hacker of course, for good reason. Zero Day Vulnerabilities are notoriously challenging for defending security teams to identify. Because of delays between active exploit and discovery, they are one of the worst examples of “Known Unknowns” in cybersecurity (Other than user’s behavior of course..). It’s important to understand that Zero Days are not really brand-new vulnerabilities.
Picture the SAP Kernel as the heartbeat of the system, vitalizing the core programs upon which the fundamental functionality of SAP applications rely on. It's the life force pulsing through the application server, executable programs, database, and operating system, rather than merely encompassing them within itself. SAP Kernel upgrades refer to updating the system's current executables with upgraded versions. These upgrades are essential to patch security vulnerabilities and fix bugs. Besides bug fixing, SAP Kernel upgrades improve hardware compatibility, boost speed, and enhance stability.
