The Enterprise OPA Platform’s low-code policy builder empowers product owners and security analysts to design, review, and experiment on application permission logic directly.

In cloud security, context is everything. In the previous two installments of our Customers Care Chronicles, we wrote about how a security vendor needs to be a true business partner and the potential headaches when migrating tools in the cloud. In this installment, we tackle another non-security concept that happens to be crucial for security: environment.

In the ever-expanding world of cloud computing, one thing has become glaringly clear: identities are no longer just user profiles—they are the keys to the kingdom. As businesses race to harness the power of the cloud, they must also confront a growing menace: the risk posed by poorly managed identities. Imagine leaving your front door unlocked in a neighborhood known for break-ins — that’s what weak identity management is like in the cloud.

Traditional backup methods, though useful, often struggle to keep up with the complexities and constant changes in Kubernetes environments. This is where synthetic backup comes in—a revolutionary approach that significantly improves data protection. In this article, we explore what synthetic backup is and why it’s a better option than traditional methods. We discuss the specific benefits it offers for Kubernetes applications, including real-world examples and technical insights.

DNS policies play a critical role in managing and securing workload communication for cloud-native applications running on Kubernetes clusters. Two popular options for implementing DNS policies are Calico and Cilium. While both have their merits, Calico’s approach offers several distinct advantages over Cilium’s, particularly in terms of flexibility, scalability, and overall operational simplicity.

The buzz around artificial intelligence (AI) is showing no sign of slowing down any time soon. The introduction of Large Language Models (LLMs) has brought about unprecedented advancements and utility across various industries. However, with this progress comes a set of well-known but often overlooked security risks for the organizations who are deploying these public, consumer-facing LLM applications.

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.