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Case Study6 min read

SecureWeb.ai: Building Real-Time Threat Detection with Behavioral ML

How we architected SecureWeb.ai's behavioral anomaly engine — detecting zero-day threats by learning what 'normal' looks like for each protected application, then flagging deviations in milliseconds.

A
Agenticom Team
ML Engineering

The Core Challenge

Signature-based security is always playing catch-up. A zero-day exploit, by definition, has no known signature. We needed a fundamentally different approach for SecureWeb.ai.

Behavioral Baselines

Our ML pipeline establishes a behavioral baseline for every protected application by analyzing traffic patterns over a 14-day window. It learns: what endpoints are called, at what frequency, from what geolocations, with what payload shapes.

Anomaly Scoring

Once a baseline is established, every incoming request is scored against it in real-time. A score above the threshold triggers an alert. Above a higher threshold, the request is automatically blocked.

The Results

In our first six months of production, SecureWeb.ai detected 847 genuine threats that signature-based tools missed entirely — including two coordinated attack campaigns that targeted multiple customers simultaneously.

SecureWebSecurityMachine LearningAnomaly Detection