Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Runtime anomaly detection is fast becoming a critical component for protecting containerized environments. Recent advancements in this field are addressing long-standing challenges and introducing innovative approaches to enhance security posture.

Remember asking your teachers when you would need to know history facts outside of school? They probably said that learning history is important in understanding our past and how society has changed and progressed over time, and that we can learn from past experiences and mistakes. They were right, of course (even if it might not have felt like it then). And that’s all equally true when it comes to the history of security.

In the rapidly evolving landscape of cybersecurity, the need for a robust and intelligent assistant capable of analyzing, summarizing, and reacting to events is paramount. This is why we designed Sysdig SageTM, our large language model (LLM)-based cloud security analyst, to be an expert in cloud detection and response (CDR). Sysdig Sage excels at summarizing complex events and providing clear explanations, which is crucial for identifying and promptly reacting to potential threats.

As companies build more cloud-native apps, securing them across different infrastructures becomes a challenge. Cloud-native apps leveraging different deployment environments such as on-premises, public cloud, or hybrid have different security challenges as they are scaling, interoperable, and cost-effective.

No executive wants to be blindsided by risks that should have been reasonably anticipated, especially the CEO, CFO, and board members. In the CISO Desk Reference Guide, Gary Hayslip, Bill Bonney, and I wrote extensively about how CISOs play a critical role in contextualizing digital and cyber risks to the organization’s broader enterprise risk management practices.

In recent years, almost every major cloud breach has been marked by overly permissive credentials, followed by lateral movement and privilege escalation. These vulnerabilities have allowed attackers to navigate through systems with ease, escalating their privileges to cause significant harm. It’s crucial for cloud threat responders to be aware of threats as they occur and to be able to contain these attacks swiftly and effectively.

In today’s rapidly changing and evolving cloud-native environments, security and infrastructure teams face challenges ranging from managing complex deployments to ensuring capability across their entirety of their diverse infrastructure. EDR and XDR tools cannot provide comprehensive coverage of cloud workloads, making them fundamentally unsuited for cloud security.

We explored the Red Hat State of Kubernetes security report 2024, one of our favorite yearly reports. It’s jam-packed with incredibly fascinating information about one of our favorite subjects—Kubernetes security. Imagine that! In this post we’ll review some of the more interesting data points and contrast them with results from prior years. We’ll also discuss our own perspectives and observations on how this affects you as a Kubernetes user.