Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The early stages of an AI agent attack are silent. The poisoning, the hijacked intent, the reconnaissance: none of it executes, so none of it produces a runtime signal, and the kill-chain instinct every security team runs on says exactly the wrong thing here: break the earliest link. There is no early link to break. You cannot detect a stage that emits nothing.

A compromised agent doesn’t make a single call it isn’t allowed to make. It queries a table it’s authorized to read, calls a tool it’s authorized to use, sends to a domain that’s on the allowlist. Every call is legal. The attack is in the values it passes, and your tool-call log records all of it as a clean day’s work. A tool call has two layers. Almost every tool you run reads the first one: the call itself: which tool, in what order, at what rate.

Brand impersonation protection helps enterprises detect, disrupt, and stop impersonation attacks where criminals imitate trusted brands, websites, apps, domains, ads, or digital journeys to deceive users and steal credentials, data, money, or access. The goal is not to stop every fake asset from ever appearing. That is not realistic.

This year's report shows how credential sprawl across DevOps, SaaS, CI/CD, the cloud, and developer laptops turns initial access into operational impact.

NGINX administrators are facing back-to-back emergency patch cycles. Within days of each other, two critical heap buffer overflow vulnerabilities were disclosed in the same NGINX component, both capable of crashing worker processes and enabling remote code execution on systems without ASLR. If your organization runs NGINX in any capacity, these need immediate attention.

The classic 'survey reward' scam is back and hitting harder than ever. KnowBe4 Threat Labs is tracking a massive, high-volume campaign that is not only impersonating a wide array of trusted global brands across retail, logistics, and healthcare, but is using hundreds of newly registered domains (NRDs) and sophisticated psychological priming to fly past traditional security defenses.

Apache HTTP Server is one of the most popular web servers in use today for engineering teams, and its prevalence naturally makes it a frequent target for attackers. In May 2026, the Apache Software Foundation patched CVE-2026-23918, a high-severity double-free vulnerability in Apache 2.4.66’s mod_http2 module. For teams not using Apache’s MPM prefork, the vulnerability would enable an attacker to crash worker processes or achieve remote code execution (RCE) in some specific cases.