All capabilities
Datacenter Security Physics limit

FullTank

Suppression & Fuel Tank RF Gauge

People wish WiFi could read fluid levels inside steel fire-suppression cylinders.

Readiness Physics limit

Retained for transparency, but blocked from execution because the catalog physics review rejected it.

Evidence Frontier Unvalidated concept

An early research proposal with no capability-specific product validation yet.

Runtime family Not mapped

No browser runtime is assigned to this capability yet.

Why live sensing is unavailable

The stated targets are steel/composite fire-suppression cylinders and steel diesel day-tanks; metal walls shield the interior, so the liquid level inside is not observable via external CSI. Only non-metallic vessels present a sensable dielectric boundary - the metal-tank product is physics-limited.

Intended capability

Document why this proposed outcome is blocked by the reviewed physics: Contact-free fill-level monitoring of clean-agent fire suppression cylinders and day-tank diesel through their steel/composite walls, flagging slow leaks or post-discharge partial fills that pressure gauges miss.

This describes the intended outcome. Readiness is physics limit, evidence is class C, and a catalog mapping or recording is not proof of this outcome at a real site.

Solution blueprint

See the environment before installing it.

This exact kit is one of 191 first-class designs. It includes geometry, objects, nodes, wording, scenarios, installation, limitations, and catalog-bound readiness.

Physics limit

No rendered revision is available yet.

Bundled recording

A related Datacenter scene

This is one recorded vertical scenario. It is not separate validation of every capability in the catalog.

01 The physics

The liquid/gas boundary inside a tank is a dielectric discontinuity (liquid agent/diesel eps_r 2-10+ vs. gas ~1) that shifts the tank's external scattering signature; as level drops, the effective scatterer geometry and near-field multipath around the tank bank change reproducibly.

02 Shared processing path

CIR sparse recovery of tank-bank reflection paths -> axis discovery (teach the level axis by logging signatures during scheduled refills/weigh checks) -> RFF/NeRF local material map around the tank row -> compartment CUSUM for week-scale slow-leak drift.

This is a capability design path. Components may be shared with other catalog entries; it is not presented as a unique algorithm.

03 Validation plan

Own-hardware: instrument a diesel day tank or water-filled surrogate cylinder, vary fill 0-100% in 10% steps, regress RF signature vs. sight-gauge truth; steel-walled cylinders are the hard case — quantify which tank materials are observable.

04 Commercial hypothesis

Continuous verification that your fire suppression is actually charged — 'the weigh-scale audit, every hour, no crane' — sold to the critical-facilities compliance manager (NFPA weigh-check pain point).