Manufacturing · LLM Reasoning at Scale

The recall signal
was in the unread data.

Logswiz applies LLM reasoning to 100% of your sensor telemetry, detecting failure signatures, quality deviations, and predictive patterns before they become defects or recalls.

No credit card required · Up and running in minutes

FACTORY FLOOR OVERVIEW · TOP VIEW · LLM LIVE MACHINE A CNC-01 ● OK MACHINE B CNC-02 ⚑ VIB HI MACHINE C PRESS-01 ⚠ TEMP↑ MACHINE D WELD-01 ● OK MACHINE E WELD-02 ● OK VIB TEMP ⊕ TOP 10 metres LLM REASONING OUTPUT · MACHINE B Vibration signature in sensor stream · bearing-12 · conf 0.93 Failure pattern ETA 14h · cross-correlated with temp rise at Machine C Structured output routed to your MES / maintenance system LLM REASONING · SENSOR TELEMETRY
The Problem

Sensor data without reasoning
is just expensive noise.

Manufacturing floors generate millions of sensor events every second. To manage storage and processing costs, teams sample down to a fraction. The failure signature that precedes a recall is almost always in the data they dropped.

90%

Of sensor data typically unanalyzed

Cost of storing and reasoning over all sensor data leads teams to sample aggressively. Failure patterns hide in that 90%.

$18M

Avg. cost of a product recall

Most recalls have detectable precursor signals that were present in sensor data hours or days before the defect manifested.

100%

Logswiz sensor coverage

Every sensor event reasoned over by LLM intelligence. Failure signatures detected before they become defects.

Case Studies

Real results. Real organisations.

What becomes possible when LLM reasoning runs over 100% of the data.

Automotive
18 days
Early detection before first field failure

Preventing a $23M recall by detecting a failure signature 18 days early

A global automotive parts manufacturer detected a fatigue failure signature in sensor data 18 days before the first field failures occurred — enabling a targete...

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Semiconductor
78%
Reduction in unplanned downtime

Reducing unplanned downtime by 78% through predictive sensor reasoning

A European semiconductor fab reduced unplanned downtime by 78% — recovering $31M in annual production capacity — by applying LLM reasoning to 100% of equipment ...

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Consumer Goods
3.2σ → 6σ
Quality improvement on target production line

Achieving Six Sigma quality on a production line with persistent defect variance

A consumer goods manufacturer achieved Six Sigma quality on a production line that had never broken below 3.2 sigma in seven years — by identifying a cross-sens...

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How It Works

LLM reasoning applied to every sensor event, in real time.

01

Connect your sensors

Ingest from PLCs, SCADA systems, IoT sensors, and any industrial data source. 100% of events, no sampling policy.

02

Reason over every signal

LLM intelligence analyzes each sensor event, identifies drift patterns, and correlates cross-sensor signals that predict failures.

03

Surface actionable intelligence

Failure predictions, quality alerts, and maintenance signals with full reasoning traces delivered in real time.

04

Integrate with your MES

Connect to your manufacturing execution system, CMMS, or quality platform via standard APIs. No infrastructure overhaul.

MANUFACTURING.INFERENCE.COST
// SAME SENSOR DATA VOLUME.
// SAME LLM REASONING. DIFFERENT COST.
Standard LLM inference

1000× y

Cost to reason over x volume of data

Logswiz

y

Same x volume. Same reasoning. Fraction of the cost.

Inference cost ratio

1000×

less to reason over the same data

Which means

Full coverage
becomes viable

// SAME MODEL. SAME OUTPUT. 1000× THE ROI.

The ROI

Full sensor intelligence
is now
financially obvious.

The value Logswiz delivers comes from two compounding factors: the volume of sensor events it reasons over that were previously dropped, and the reliability of the output that makes LLM inference genuinely trustworthy.

Together they produce a return on investment that reframes the question entirely, not "can we afford to do this?" but "what has it been costing us not to?"

Get Started Free →

Stop sampling.
Start knowing.

See what 100% sensor data coverage looks like for your production floor, with a model reliable enough for production.