Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Inside the Agent Stack: Securing Azure AI Foundry-Built Agents

This blog kicks off our new series, Inside the Agent Stack, where we take you behind the scenes of today’s most widely adopted AI agent platforms and show you what it really takes to secure them. Each installment will dissect a specific platform, expose realistic attack paths, and share proven strategies that help organizations keep their AI agents safe, reliable, and compliant.

How Enterprise CPG Companies Can Safely Adopt LLMs Without Compromising Data Privacy

A major publicly traded CPG company wanted to adopt LLM to improve performance marketing, analytics, and customer experience. However, the IT team blocked AI usage and uploads to external AI tools as interacting with public AI models could expose sensitive brand, consumer, and financial data. This isn’t an isolated problem. It’s a pattern across enterprises: business agility collides with security requirements.

How AI-Driven Attacks Are Putting Gmail Security At Risk

Gmail has always been a common target for cybercriminals, and with the arrival of advanced AI tools, the threat level has increased significantly. Now, attackers no longer rely on generic phishing emails or scam methods. They are using AI to create convincing messages and imitate real support agents to make attacks look more genuine. This change in attack patterns has made Gmail users more vulnerable because they can’t differentiate between real and fake messages.

Ask SME Anything: What is Universal ZTNA?

Most traditional access tools (VPNs, firewalls, and NACs) were never built for today’s hybrid world. If your legacy access tool is slowing you down, you need a different approach. In this episode of Ask SME Anything, Netskope expert Francisca Segovia explains how universal ZTNA redefines secure access for every user and device, anywhere. Life’s too short for slow connections. Reimagine your access architecture now with universal ZTNA from Netskope.

Stateless vs. Stateful: The Difference in Cyber Attacks #StatefulAttack #businesslogic #apisecurity

The Hacker is Having a Conversation with Your API. There are two kinds of attacks you MUST understand: Stateless (Brute Force): One-and-done, instant gratification. Think SQL Injection. Stateful (Sophisticated): A persistent conversation over time. This is the signature of Business Logic Abuse. Why does this matter? Stateful attacks are executed by sophisticated threat actors who have done their due diligence on your architecture. You must evolve your defenses to monitor the entire session, not just single requests!

Securing and Accelerating Public Sector Networks with Cloudflare Magic WAN

Cloudflare's Magic WAN is a secure, global network service that connects enterprise locations and users with faster, more reliable performance. It replaces traditional VPNs and MPLS with a cost-effective solution, leveraging Cloudflare's extensive edge network to improve both speed and security. In this webinar, you will learn how to: Seamlessly integrate Magic WAN with Cloudflare’s security features Enhance protection against modern network threats Optimize network traffic for better performance Reduce costs compared to traditional VPNs and MPLS solutions.

The Evolution of Cybersecurity Automation and AI Adoption

Automation has become the foundation of modern cybersecurity operations. What was once a tool for efficiency is now critical. In parallel, artificial intelligence is no longer just a buzzword; it is reshaping how organizations detect, analyze, and respond to threats. The new Cybersecurity Automation and AI Adoption Report explores how global security leaders are approaching these technologies, what’s driving adoption, and where organizations still face challenges.

The Future of Firmware in Edge Computing and Embedded AI

Here's what's happening right now: intelligence is migrating closer to the action. Your smart devices? They're not sitting around waiting for some distant cloud server to tell them what to do anymore. They're making decisions on the spot, right where the work happens. This transformation is fundamentally altering how intelligent systems get built and deployed. Consider this: the global AI in embedded systems market is heading toward US$26.2 billion by 2026.