Insights from the Technology Now episode “Can we protect ourselves from AI-powered cybercrime?”, published May 7, 2026.
In "Can we protect ourselves from AI-powered cybercrime?" (Technology Now, May 2026), cyberattacks are rapidly evolving through agentic AI, enabling criminals to automate sophisticated campaigns at scale. Organizations must shift from traditional perimeter defenses to a 'Zero Trust' model while leveraging their…
In "Can we protect ourselves from AI-powered cybercrime?", In this episode, agentic AI is identified as a force multiplier for attackers, enabling them to automate attack chains 24/7. It changes the security game by shifting threats from manual, labor-intensive tasks to scalable, machine-automated operations that…
In "Can we protect ourselves from AI-powered cybercrime?", Zero Trust flips the traditional network model from 'allow by default' to 'deny by default,' meaning every request must be authenticated and authorized. It matters here because it is the most effective way to prevent lateral movement after an initial breach…
In "Can we protect ourselves from AI-powered cybercrime?", This approach treats the network itself as a diagnostic tool. By baselining the behavior of devices (like IoT sensors), the system can detect when they are acting out of character, such as attempting to access unauthorized servers, thereby catching threats…
Cyberattacks are rapidly evolving through agentic AI, enabling criminals to automate sophisticated campaigns at scale. Organizations must shift from traditional perimeter defenses to a 'Zero Trust' model while leveraging their existing network infrastructure as a powerful security sensor to identify anomalous behavior in real-time.
“When you think about agentic AI, it allows them to be able to automate and move more quickly without having to write automation code.”
— Technology Now, “Can we protect ourselves from AI-powered cybercrime?”
Topics: Cybersecurity, AI, Zero Trust, Networking, HPE
