INFORMN detects threat preparation by reading what's absent, not what's present. A zero-footprint architecture for national infrastructure defense.
Explore Our CapabilityUnited States critical infrastructure—dams, nuclear plants, power grids, fuel supply chains—was constructed as a physically interconnected system and is governed as a collection of separate domains. Each sector has its own regulator, its own reporting requirements, and its own definition of a reportable incident. The result is a structural detection gap that exists independent of any single threat actor.
Cascade physics propagate in seconds to hours. Coordinated defensive response takes days to weeks. That temporal asymmetry is the vulnerability.
Maps how compromise at one infrastructure node propagates through hydraulics, electrical grid physics, and supply-chain dependencies. Identifies cascade paths before adversaries use them.
Reads what should be present but is not. The absence of expected activity is a first-class detection signal. When monitoring systems report silence, we distinguish between security and blindness.
Identifies where shared architectural patterns across infrastructure create correlated vulnerability. A single exploit methodology reused across facilities built from common templates.
Cascade topology, monitoring blind spots, and software template monoculture interact multiplicatively. Understanding each in isolation understates the risk.
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