Moving beyond frequentist SIEM heuristics. HORIZON fuses heterogeneous telemetry using Hierarchical Dynamic Bayesian Networks (HDBN) to resolve complex attack dependencies in real-time. Calculate the optimal mathematical response before the breach occurs.
Explore The ArchitectureDeterministic models fail under the "Fog of Crisis." HORIZON operates entirely on probabilistic reasoning, utilizing advanced mathematics originally designed for systemic emergency management.
Maps causal dependencies across isolated security domains. A compromised identity automatically updates the prior probabilities of connected endpoint and cloud anomalies, quantifying the joint probability of systemic failure.
Solves the computational intractability of real-time Bayesian fusion. Our proprietary VI engine approximates massive posterior distributions in under 100ms, effortlessly processing 100,000+ SOC events per second.
Detects advanced evasion and zero-days by measuring Kullback-Leibler Divergence. If a data stream deviates mathematically from established priors, HORIZON triggers an anomalous evidence alert.
Automates triage through utility theory. HORIZON calculates the Value of Information to autonomously deploy active countermeasures only when the probabilistic utility outweighs the operational disruption risk.
HORIZON does not replace your security stack; it acts as the cognitive brain sitting above it. We natively ingest and correlate telemetry from the industry's top SOC platforms, transforming disparate alerts into a singular Probabilistic Risk Surface.
Observe HORIZON processing raw SOC feeds through the Variational Inference kernel in real-time.