Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Security teams are spending more money than ever on offensive security, and getting less clarity than ever on what it buys using them. For a long time, the central debate was pentesting vs red teaming. That argument settled itself once buyers understood that the two serve different objectives. Now it’s slipping again due to autonomous pentesting vs red teaming.

Your SOC probably looks busy on paper and brittle in practice. Alerts land from email, endpoints, cloud workloads, identity providers, firewalls, and ticketing systems. Analysts swivel between consoles, copy indicators into chat, open cases by hand, and race to decide which events deserve containment and which ones are just noise. That model doesn't break because people are careless. It breaks because the volume, speed, and interdependence of modern environments outgrew manual response a long time ago.

The landscape of third-party cyber risk is undergoing a profound transformation, driven by an escalating threat environment, an expanding attack surface, AI, and a tidal wave of new global regulations. As organizations grapple with complex digital supply chains, regulators across the US and EMEA are stepping up oversight, making 2026 a pivotal year for compliance and risk management. This analysis explores the essential threat intelligence and regulatory shifts that demand immediate attention.

Every packet flowing through a Corelight sensor contains both security-relevant data and performance-relevant data. Until now, Corelight has focused exclusively on extracting security value from network traffic: connection logs, protocol analysis, and threat detections. But the same traffic that reveals lateral movement also reveals TCP latency. The same DNS queries that surface potential C2 channels also reveal resolution timing.

Corelight Sensor v29.1 and Fleet Manager v29.1.1 fundamentally expand what a Corelight Sensor delivers. The release turns existing network evidence into a shared source of truth for SecOps, NetOps, triage, and forensic investigation. Network performance monitoring and asset classification unlock new value from traffic you're already collecting.

As organizations expand across cloud platforms, SaaS applications, remote teams, and AI-driven systems, managing access becomes more challenging. Security teams must ensure users, applications, and automated workflows can access the resources they need without exposing sensitive data or critical systems. This is where the RBAC vs ABAC discussion becomes important.

An attacker republished more than 140 packages in the @mastra npm scope, each carrying a single malicious dependency, easy-day-js. The malicious versions were observed on 2026-06-17. easy-day-js is a typosquat of the dayjs date library: version 1.11.21 is the clean prior release with no install hook, while version 1.11.22 adds an obfuscated postinstall dropper.