AI Attack Surface: How Agents, Models, and Prompts Create New Risk

May 29, 2026 / in Cybersecurity Insights / by Kiran Basavaraju, Associate Director, Marketing

AI is changing the enterprise attack surface.

For years, CISOs could map risk around familiar areas: endpoints, identities, applications, cloud systems, email, and third-party access. Those risks have not gone away. But AI adds new exposure points that are harder to see because they sit inside prompts, models, agents, tools, memory, data flows, and the workflows that now depend on AI-generated output.

AI-Enabled Cyberattacks Move Faster Than Human Approval Chains

May 20, 2026 / in Cybersecurity Insights / by Kiran Basavaraju, Associate Director, Marketing

How AI Is Compressing the Attack Timeline

Cybersecurity teams have spent years improving detection. Better alerts. Better dashboards. Better threat intelligence. Better endpoint signals. All useful.

Will AI Replace SOC Analysts?

May 08, 2026 / in Cybersecurity Insights / by Kiran Basavaraju, Associate Director, Marketing

AI Will Not Replace Security Analysts. Weak Processes First.

When companies calculate the cost of manual signing, they often start with the visible expenses: paper, printing, postage, scanning, and storage.

Human Error in Cybersecurity: Why It Remains the Biggest Enterprise Risk

April 27, 2026 / in Cybersecurity Insights / by Kiran Basavaraju, Associate Director, Marketing

Why Human Error Is Still the Top Cybersecurity Risk.

The pace of cyberattacks are mind-numbing with AI being the catalyst resulting in faster attacks, smarter phishing, automated exploits and so on. Yet, there’s a fundamental breach that’s far more less sophisticated and often ignored – human mistake.

AI Response Time in Cybersecurity: Why Enterprises Are Running Out of Time

April 22, 2026 / in Cybersecurity Insights / by Kiran Basavaraju, Associate Director, Marketing

AI Is Shrinking Response Times — Most Enterprise Teams Are Not Ready.

For years, enterprise security teams worked with a basic assumption: if an attack got in, there would still be enough time to detect it, investigate it, contain it, and recover before the real damage spread. This assumption may not hold good anymore.