The 15-Engine
Cybersecurity
Operating System
While others stitch together acquisitions, we built the entire stack. 15 engines. 105 correlations. One knowledge graph. Zero integration seams.
292,766
lines of code
15
engines
16
agents
46
AI models
No vendor covers all 15 engines
Every incumbent has coverage gaps. They acquire, they bolt on, they leave seams. We built it all from scratch.
Five planes. One architecture.
Every engine lives in a plane. Every plane feeds every other. This is the architecture no one else has built.
Governance Plane
Offensive Plane
Action Plane
Detection Plane
Data Plane
105 correlations. The flywheel effect.
Every engine feeds every other engine. A Kerberoasting attempt triggers SYNAPSE detection, ORACLE behavioral analysis, SENTINEL hunting, AEGIS response, PHANTOM red-team validation, and ARGUS risk scoring — simultaneously. Point solutions cannot replicate this. Acquisitions cannot either.
15 engines × 14 connections = 210 directional → 105 unique correlations
The numbers speak
Not a prototype. Not a pitch deck. A production cybersecurity operating system with real code behind every claim.
$50B+
TAM
ITDR + BAS + CRQ addressable market
15
Engines
No incumbent covers all 15
6
Languages
Python, Rust, Go, TypeScript, Swift, C/eBPF
46
AI Models
14 providers, adversarial AI-vs-AI
292,766
Lines of Code
Core platform code
~1.9M
Total Lines
Full platform with infrastructure
Built by engineers from
Ready to see Iron Dome in action?
See why 15 native engines in a single knowledge graph beats 15 acquired products stitched together with APIs.