Thirty years in cybersecurity doesn’t matter unless it changes something. Technology anniversaries often focus on looking at the past, product launches, or company milestones. But cybersecurity doesn’t reward longevity alone. It rewards outcomes, including safer organizations, stronger partners, and security models that actually work in the real world.

This article was written by experts from Amoeboids. 84% of developers currently use or intend to use AI in their daily workflows, showing that AI is no longer optional; it is necessary. Yet, one area still stuck in the manual era is release communication. Release notes, once a simple wrap-up task, are now struggling to keep up with weekly and daily deployments.

The new SafeBreach extension for VS Code integrates Breach Studio’s powerful custom attack development capabilities directly into the world’s most popular IDE to enable security teams to engineer custom attack simulations with unprecedented speed and precision. Security engineers can leverage Git-native version control, AI-assisted authoring, and real-time IntelliSense linting to eliminate friction and reduce failed executions.

Netwrix DSPM enhances Microsoft 365 security with unified data discovery, context-aware risk prioritization, automated remediation, and continuous compliance monitoring. While M365 provides foundational security through Purview and Entra ID, it lacks visibility into shadow data and automated risk response. Netwrix closes these gaps, helping organizations discover sensitive data, enforce least privilege, and respond faster to threats.

What is container registry security? Container registry security is the set of practices, tools, and policies that protect container images from tampering, unauthorized access, and vulnerability exploitation. It covers four core areas: access control (who can push, pull, and delete images), vulnerability scanning (identifying known CVEs in image layers), image signing (cryptographic verification that images haven’t been modified), and content trust (ensuring images come from verified publishers).

Microsoft SharePoint has a mature, well-structured security model. It gives organizations control over who can access sites, libraries, and documents, and for most day-to-day needs, it works well. But there is a fundamental limitation built into how SharePoint security works: it controls access based on role, not on the sensitivity of the content itself.

Why do most Kubernetes security tools miss runtime threats? Most Kubernetes security tools were built to scan configurations and images, not to watch what’s actually happening in clusters. They tell you what might be wrong but can’t show what’s actually being attacked. Static scanning finds theoretical risks—a CVE exists somewhere in your container image.

Security vendors love the man-in-the-middle attack. It’s the boogeyman of every TLS marketing page. Some shadowy figure intercepting your traffic, reading your secrets, stealing your data. A man-in-the-middle attack is when an attacker positions themselves between two parties on a network to intercept the traffic flowing between them. In the context of TLS, that means an attacker who can present a valid certificate can read everything in plaintext and proxy it on to the real server.