Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

With the exponential growth of cloud adoption and the widespread shift to Kubernetes as the de facto orchestration platform, Red Hat OpenShift emerges as a leading solution. Coupled with the robust cloud infrastructure of Microsoft Azure, Red Hat OpenShift on Azure (ARO) is a managed service that offers OpenShift clusters on Microsoft Azure. It is jointly engineered and operated by Microsoft and Red Hat with an integrated support experience.

It feels like sub-sea cable disruptions are becoming ever more common, with recent reports of major outages caused by severed cables in the Mediterranean, the Red Sea, the North Sea, and—most recently—off the coast of Africa.

Over the past few years, software supply chain security has been top of mind for governments and businesses alike. Following Log4Shell in late 2021, the Biden administration’s National Cybersecurity Strategy started focusing on open source supply chain security. The National Security Agency (NSA) recently released new guidance on securing open source software supply chains.

The same security scenarios are checked thoroughly. Privilege escalation, SQL injection, Port scanning and so on. These checks form the bedrock of defensive security, but as solutions become more complex, so too must our capability to detect complex scenarios. Let’s explore a very complex use case, that ties together multiple Coralogix features, and showcases the power of Coralogix, not just in detecting the simple stuff, but in tracking the most complex scenarios in modern security.

Organizations are adopting Google Cloud at a growing rate. This growth is partially influenced by both the rise of AI computing and a push towards multi-cloud usage. A recent report found that 85 percent of organizations deploy their applications on multi-cloud architecture. With the shift to AI computing and multi-cloud adoption, organizations are reconsidering their cloud security coverage now more than ever.

In today’s cloud-native world, systems are usually accessed by users from multiple devices and in various geographic locations. Anyone who has tried to operationalize an impossible travel type alert for cloud resources will understand the myriad nuances and gotchas involved in such an endeavor. A user may be accessing a cloud resource from a mobile device that is tied to a carrier network well away from their normal geographic location.