In a world where 86% of enterprise buyers bail if they can’t verify security early, the demand for transparency has reached a critical point. Every vendor claims to have security certifications, compliance badges, and rock-solid infrastructure, but how can buyers verify these claims when they’re hidden behind emails or buried in 400-page PDFs?

The rapid adoption of AI has introduced a new, semantic attack vector that many organizations are ill-prepared to defend against: prompt injection. While many security teams understand the threat of direct prompt injection attacks against AI agents developed by their organizations, another more subtle threat lurks in the shadows: indirect prompt injection attacks.

Let’s face it, AI is everywhere now. It has moved from novelty to necessity, reshaping the way we work, make decisions and secure our organizations. It guides how we plan trips, shop for essentials and discover information – but one of its most profound impacts is happening across enterprise environments.

Researchers in 2019 proved something that sent shock waves throughout the machine learning community. With nothing more than the facial recognition API’s confidence scores, they reconstructed clear images of people whose photos had been used to train the learning model. The re-creations were not exact replicas, but they came close enough that real people whose likenesses had never been consented to could be identified.

Throughout 2025, CrowdStrike has identified multiple intrusions targeting VMware vCenter environments at U.S.-based entities, in which newly identified China-nexus adversary WARP PANDA deployed BRICKSTORM malware. WARP PANDA exhibits a high level of technical sophistication, advanced operations security (OPSEC) skills, and extensive knowledge of cloud and virtual machine (VM) environments.

On December 3, 2025, the React team disclosed CVE-2025-55182, a critical remote code execution vulnerability in React Server Components. The flaw carries a CVSS score of 10.0, the maximum severity rating. What makes this vulnerability particularly dangerous is its simplicity: attackers only need to send a single crafted HTTP request to gain complete control over vulnerable servers. No authentication required. No complex exploit chains. Just one malicious request.

There’s a good chance something important is missing from your IT team’s offboarding checklist, and it may be causing a steady drip of unnecessary, wasted spend. The source of this leak? No, it’s not the unreturned laptops; it’s the licenses for SaaS apps that employees use every day.

Data is never the problem. Security teams rarely complain about having too much of it. The real danger comes from data that sits unconnected and unexplained. What teams actually need is data that is actionable and converges into meaning. Data that cuts deeper than surface level signals. Data that reveals what is unfolding and what needs to happen next.