Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

1Password has achieved a significant milestone in our collaboration with Amazon Web Services (AWS): We are officially the first partner globally to successfully transact through express private offers on AWS Marketplace, a new AI-driven capability that automates personalized pricing, allowing teams to bypass manual negotiations and receive a tailored quote in minutes.

If you’ve ever read one of those “Board Reporting Templates for CISOs” articles and thought, “Ah yes, surely my board will dedicate 25 minutes to my posture dashboard and ask follow-up questions about vulnerability backlog burn-down velocity,” then I have wonderful news for you: You have not met enough boards. Most enterprise boards don’t want a security dashboard. They don’t want posture metrics.

Data Loss Prevention (DLP), also called data leakage protection, is a cybersecurity approach designed to detect, prevent, and manage unauthorized access, sharing, or transfer of sensitive information. In simple terms, DLP helps organizations keep control of critical data such as personally identifiable information (PII), financial records, credentials, and intellectual property (IP).

When it comes to protecting business-sensitive data, understanding the difference and the scope of Network DLP, Endpoint DLP, and Cloud DLP is essential. Each of these Data Loss Prevention solutions (DLP) plays a unique role in securing data across various environments, whether it is on the Network, on individual devices, or in the Cloud. Knowing how each solution works can help you determine the best approach to safeguard your organization's sensitive information.

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.

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).

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.

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.

On a quiet Tuesday morning, Jerry, a fictional system administrator, logged in as usual. While testing a new integration script, he visited a documentation page on an unfamiliar domain. It looked harmless and loaded without issue, but behind the scenes, Jerry’s laptop began making a series of small outbound requests to several low-reputation domains. None of these connections were malicious enough to be blocked, yet the pattern resembled early-stage domain-flux activity.

Endpoint management is a key part of keeping businesses safe from advanced cyber threats. Every device on your network, from computers to smartphones, is an endpoint. This means hackers have many more places to attack. Effective endpoint control is not only a strategic necessity but also a core pillar of cybersecurity.