Whitepapers and engineering notes on the mechanics of cognitive automation: how adaptive routing works, what exception handling looks like at a work-cell, and how to interface the reasoning layer with the PLCs you already run.
Each document is a technical treatment of a single problem, written for controls and operations engineers. Request any of them through sales — we send the document, not a funnel.
How a bounded, local fault is distinguished from a line-wide one, and how a routing decision is made downstream of the divert map without a full stop.
Request via sales →Re-sequencing, quarantine, and drift-flagging: how a cell keeps producing through a part that's out of tolerance instead of faulting on it.
Request via sales →A field guide to bridging brownfield instruments and tag namespaces into a single reasoning loop, without disrupting the certified control program.
Request via sales →The design rule that bounds every decision path: cognitive automation widens the recovery envelope, not the safety envelope.
Request via sales →On measuring the time from deviation to resumption, and why the automation that recovers fastest often beats the one that runs fastest.
Request via sales →Ask sales for the resource pack and we'll send the engineering notes in one batch — read what's relevant, keep what's useful.
Tell us which problem you're reading toward. We'll point you at the right document — and, if you want, walk through how it applies to your floor.