Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

CISOs Brace for a Wave of AI-Powered, Domain-Based Cyber Threats

Domain-name system (DNS)- based cyber attacks are becoming increasingly complex, and AI will only make managing them even more challenging. According to a recent report, Chief Information Security Officers (CISOs) anticipate a tumultuous season of cyber threats, with low confidence in their abilities to defend against them effectively.

How Torq and Wiz Power End-to-End Cloud Threat Detection and Response

Modern cloud threats move fast. Detection and response has to move faster. Wiz gives security teams the visibility and precision they need to detect real threats across sprawling cloud environments. Torq turns those threat detections into action — instantly. Together, they’re a cheat code for cloud security operations.

Defending at Machine Speed: Guiding LLMs with Security Context

Large Language Models (LLMs) provide strong reasoning and data summarization capabilities, making them valuable proxies for a variety of cybersecurity operations tasks. However, their performance can decline when applied to highly specific or enterprise-contextual tasks, particularly if the models rely solely on public internet data.

Now on AWS Marketplace: CyberArk Enterprise Support for cert-manager

Running Kubernetes on Amazon EKS? You’re likely already using cert-manager—the open source standard for TLS and mTLS certificate automation in Kubernetes clusters. Today, we’re excited to announce that CyberArk Enterprise Support for cert-manager is now available through AWS Marketplace, giving EKS customers a direct path to operational reliability, compliance, and expert support at scale.

The privacy illusion: when deleting your data doesn't actually delete your data

Let’s talk about privacy—specifically, the kind you thought you had when you hit “delete.” OpenAI received a court order to retain every single ChatGPT conversation, even the ones you erased. Yep. Even the awkward ones. Even the ones that start with, “Hypothetically, if I were to…” Why? Because The New York Times is suing them over copyright, and now everyone’s deleted chats are potential evidence.

Why AI Trust Will Shape Your Next Decade of Software Development

AI is often compared to electricity, but without trust, it’s just a live wire. As organizations adopt AI to move faster, reduce manual effort, and push the boundaries of what’s possible, one truth is becoming clear: trust in AI isn’t optional. It’s foundational. And for software development teams, AI Trust is now the north star that guides safe, scalable innovation.

Enhancing Safety And System Integration In Critical Facilities Using Electric Actuated Gate Valve Technology

Reliability, precision, as well as safety are non-negotiable traits for heavy-duty industrial settings like power plants, water treatment plants, chemical processing units, and oil refineries. These industries are integrating smarter systems with electric actuated gate valve technology and with assisting IoT devices. This technology is a revolutionary piece of modern infrastructure as it promises both automation as well as safety. It facilitates efficient flow control while measurably improving safety in critical environments.

Why Hosting LLMs On-Prem Doesn't Eliminate AI Risks [And What to do About It]

As AI steadily percolated into a growing number of use cases, adopting it has been a rollercoaster of confusion, chaos, and conundrums. One of the key concerns around AI adoption are the added risks. Issues like sensitive data leakage, AI hallucinations, inability to implement access control, and data breaches lurk the the cloud where LLMs are deployed.

Falcon Exposure Management ExPRT.AI: Demo Drill Down

Most vulnerability tools flood teams with static scores and long lists but ExPRT.AI changes the game by predicting what adversaries are most likely to exploit. This demo drill down shows how ExPRT.AI dynamically scores risk across asset types, network exposures, and third-party findings. You’ll see how it re-prioritizes vulnerabilities based on real-world telemetry, attacker behavior, and environmental context including a Tenable example.