ARMO vs Upwind: Why an Open, Enforcing Runtime Beats a Validation-First Platform
On paper, ARMO and Upwind are easy to confuse. Both run on eBPF, both watch...
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Runtime Incident Classification: Turning a Noisy Alert List Into a Triage Decision
Here is a scene every security team knows. A reverse shell opens a connection to...
Why Your Detection Latency Budget Determines Blast Radius
Most teams buy detection on a single number. The datasheet says “millisecond detection,” the proof-of-concept...
What to Log for AI Agent Activity: The Minimum Viable Audit Trail
The first time a security team needs an AI agent audit trail is usually 72...
AI-SPM Tools for Attack Detection: Where Posture Meets Runtime
Every AI-SPM tool runs posture and detection with a single arrow: runtime evidence flowing back...
Integrating AI Agent Detection With SIEM: From Signal to Case
You turned on the SIEM’s AI-agent telemetry connector, pointed your agents at it, and the...
Types of AI Agent Attacks: A Security Team’s Taxonomy
A security team running agents in production can already list the ways those agents get...
The AI Agent Attack Kill Chain: Which Stages You Can Actually Detect
The early stages of an AI agent attack are silent. The poisoning, the hijacked intent,...
Tool Call Analysis for AI Attack Detection: Reading What Rides Inside the Call
A compromised agent doesn’t make a single call it isn’t allowed to make. It queries...
How to Tell If Your AI Agent Has Been Compromised (When Every Symptom Looks Normal)
Your AI agent just did something it has never done. It called a tool that...
Commercial vs Open Source AI Attack Detection Tools: A Buyer’s Guide
If you’re weighing open source against commercial tools for detecting attacks on your AI agents,...
Detecting AI Agent Lateral Movement in Kubernetes
An AI agent moving laterally through a Kubernetes cluster does not look like an intrusion....
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