Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Exciting news for ARMO Platform users! We’re thrilled to announce the new version of container registry scanning to our suite of security features. This powerful enhanced capability improves your container security posture by allowing you to detect vulnerabilities earlier in the development process.

Kubernetes adoption continues to grow as enterprises increasingly rely on containerized environments to deploy and scale their application. However, the complexity of the Kubernetes environment has evolved dramatically. It ranges from single-cluster setups of workloads to multi-cluster environments spanning hybrid and multi-cloud infrastructure. Kubernetes deployments are now characterized by their scale and diversity.

The eBPF dataplane differs from traditional Linux dataplane in many ways, with its structure largely dictated by the location of the so-called eBPF hooks inside the kernel – locations where developers can inject their eBPF programs to change default kernel behavior.

Kubernetes has become the cornerstone of modern DevOps, empowering teams to quickly deploy, manage, and scale containerized applications. However, many struggle to navigate Kubernetes' complexity while operating across hybrid and multi-cloud environments. Red Hat OpenShift builds on Kubernetes by providing a consistent, enterprise-grade platform that abstracts the intricacies of the underlying infrastructure. It’s trusted by customers across industries and around the globe.

In the world of cloud-native applications, microservices and Kubernetes have become the backbone of modern software architecture. The scalability, flexibility, and orchestration capabilities provided by Kubernetes have revolutionized how applications are built and managed. However, like any powerful tool, Kubernetes introduces complexity, and with complexity comes risk — particularly in the form of security vulnerabilities.

One of the primary goals of information security is to protect data, which of course entails protecting the resources that store and provide access to that data. According to the NIST Cybersecurity Framework, organizations need to develop and implement the necessary protections to restrict or mitigate the effect of a possible cybersecurity incident. Security should be integrated right from the source of the cloud architecture design process.

There is nothing more exciting (or nerve-wracking) than sharing something you’ve created with the world. Over 25 years ago, we started working on Wireshark. For us, it has always been more than just a piece of software — it’s how we met, how we began our careers, and how we learned to solve problems that once seemed insurmountable.