Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In the rapidly evolving digital landscape, malicious actors constantly adapt their strategies to infiltrate our systems. Traditional endpoint detection mechanisms are no longer sufficient to protect our applications and workloads against advanced threats. To effectively address this concern, it has become imperative to embrace a broader approach to threat detection. This entails a paradigm shift towards incorporating both agent-based and agentless detection methods.

Discover how Sysdig Secure’s new “Kubernetes Live” informs of your Kubernetes security posture at a glance. Investigating a security incident may be a tennis match. Sometimes, you find yourself jumping from one window to another: one place for runtime events, another one for vulnerabilities, another one for logs. Gathering and correlating all the information available can be a time consuming task, but it’s the only way of having a clear view of what is going on.

Discover how Sysdig Secure’s new Process Tree feature improves threat investigation. Imagine you’re investigating a security related detection, the investigation was triggered by the execution of stat/etc/shadow in one of your containers. Is this a sign of a legitimate activity, such as a developer debugging an app, or a sign that your container has been compromised? It depends on the context.

We are excited to announce the release of Calico v3.26! This latest milestone brings a range of enhancements and new features to the Calico ecosystem, delivering an optimized and secure networking solution. This release has a strong emphasis on product performance, with strengthened security measures, expanded compatibility with Windows Server 2022 and OpenStack Yoga, and notable improvements to the Calico eBPF dataplane.

Kubernetes has become the de facto standard for container orchestration, providing a powerful platform for deploying and managing containerized applications at scale. As more organizations adopt Kubernetes for their production workloads, ensuring the security and privacy of data in transit has become increasingly critical.

Cloud Native Application Protection Platforms – or CNAPP solutions – are steadily gaining traction as the best solutions to address Cloud Native security. Regardless of your cloud adoption maturity (whether you’re PoC-ing some services in the cloud, running a few applications, or fully embracing this new era), We’re sure you have likely already noticed that cloud-native security is different from IT-managed data center security. But how exactly is it different?

Almost all modern network systems, including stateful firewalls, make use of connection tracking (“conntrack”) because it consumes less processing power per packet and simplifies operations. However, there are use cases where connection tracking has a negative impact, as we described in Linux Conntrack: Why it breaks down and avoiding the problem.