Manufacturing · Industrial Operations

Plant Uptime Command

Line uptime, quality, safety, and energy on one live plane — every asset watched against OEE, the failure predicted before it stops the line, the CAPA drafted, and every action proven on an append-only ledger.

Overall equipment effectiveness

84.5%

Availability 92% · Performance 94% · Quality 97%

84.5%

OEE

2

Unplanned stops

1.4%

Scrap rate

412h

MTBF

-6%

Energy/unit

318

Safety days

Line & asset condition grid

Every line and critical asset, live. The agents predict the failure and stage the fix before the line stops.

Line

Line 1 · Assembly

rate 98% · nominal

Line

Line 2 · Weld

cycle drift +3%

Asset

Press 4

bearing vibration rising

Line

Line 3 · Paint

in spec

Asset

CNC cell 7

tool wear 42%

Quality

Vision QA

0 defects / 2h

Energy

Compressor bank

load spike detected

Safety

Cell 12 guard

no anomalies

Live · LLM-powered

The desk drafts itself

Blameless root-cause for an unplanned line stop.

{
  "line": "Line 2 · Weld cell",
  "event": "Robot fault F-231 · 18 min stop",
  "trigger": "servo overtemp after cycle-time drift",
  "impact": "210 units behind takt",
  "containment": "shifted to Line 1 backup fixture"
}

Pick an artifact and generate to watch the agent draft it.

Adaptable · grows with the industry

The self-evolving capability horizon

Emerging bottlenecks surface here as demand signals — and graduate into live packs through the Capability Gap Radar.

hot

Humanoid & cobot line labor

General-purpose humanoids and cobots fill scarce line roles — orchestrating hybrid human-robot cells against takt is a new problem.

rising

Generative process optimization

Foundation models tune recipes and parameters continuously, closing the loop from quality data to setpoint.

rising

Dark / lights-out factories

Fully unmanned shifts need end-to-end autonomy across material, quality, maintenance, and safety — not islanded automation.

emerging

Battery gigafactory yield ramp

New chemistries and massive scale-up make yield learning the bottleneck — continuous defect learning across the line.

emerging

Closed-loop circular manufacturing

Remanufacturing, take-back, and material traceability demand a live product-passport and reverse-flow coordination.

Contract the throughput, not the tooling.

Run the plant plane against your own lines in a sandbox — no rip-and-replace of your MES or historian.