PDIS-16 watches water, power, gas, and structural infrastructure using the same equations a civil or electrical engineer would use by hand — Bernoulli, Hooke, Fourier, Paris' Law — applied continuously, in real time, against the telemetry a site already has. No training data. No black box. A number that means the same thing on day one as it does on day one thousand.
Every asset class — pipelines, rotating machinery, structures, treatment plants — is governed by published, peer-reviewed equations. PDIS-16 applies them continuously, so a deviation is flagged because it violates physics, not because it looks unusual to a model.
A water-pressure drop and a power-sector current spike in the same corridor, minutes apart, are rarely a coincidence. PDIS-16's cascade logic is built to catch the failure that crosses sector lines before either utility sees it alone.
Before any reading reaches the physics layer, it's checked for plausibility — frozen sensors, impossible rates of change, clock drift between devices. A system that can't tell a broken sensor from a broken pipe isn't ready for either.
PDIS-16 sits on top of telemetry a site already has — SCADA, PLC, existing sensors. We don't ask anyone to rip out instrumentation that already works.
Every fault code, every default, every gap is logged and surfaced — never quietly resolved in a direction nobody asked for.
This is a founder-built architecture, fully specified and implemented in software, currently moving toward independent technical validation. We'd rather say that plainly than overstate where we are.
SoftBoard is built from South Africa, for infrastructure that looks the same everywhere — a pipe under pressure behaves like physics, not geography.