Manufacturing & Supply Chain

AI for factories, plants and supply chains.

We connect machines, systems and people so plants run with fewer surprises: predicting failures before they happen, catching defects on the line and keeping inventory lean.

labs-agent ~ manufacturing-supply-chain.plan running
OEE0%
Sensors live0
Downtime--

The challenge

What is holding manufacturers back.

01

Unplanned downtime

A single failed motor or pump can stop a line, and most maintenance is still calendar-based or reactive.

02

Quality escapes

Manual inspection misses defects on fast lines, leading to scrap, rework and customer returns.

03

Working capital tied up in stock

Safety stock is set by habit, not by data, across thousands of parts and SKUs.

04

OT and IT do not talk

Sensor data sits in historians and PLCs, separate from ERP and planning systems.

Where AI pays off

Use cases we build and run.

Each one is scoped to a measurable business outcome and shipped to production, not left as a proof of concept.

01

Predictive maintenance

Models on vibration, temperature and current data that forecast failures days ahead and raise work orders.

  • IoT
  • Anomaly
  • CMMS
02

Vision quality inspection

Camera-based defect detection that runs on the edge at line speed.

  • Computer vision
  • Edge
03

Inventory optimisation

Multi-echelon safety stock and reorder policies that free up cash without risking service.

  • Optimisation
  • Planning
04

Demand and S&OP forecasting

Forecasts that blend orders, distributor data and market signals for planning cycles.

  • Forecasting
  • S&OP
05

Maintenance and SOP copilot

Technicians ask questions of manuals, SOPs and past work orders on a tablet at the machine.

  • RAG
  • Mobile
06

Supplier risk monitoring

Agents that watch lead times, quality and news to flag supply risks early.

  • Agents
  • Procurement

Our approach

How we deliver in Manufacturing & Supply Chain.

The same disciplined loop we use everywhere, adapted to the data, risks and rhythms of your industry.

Built responsibly

  • IEC 62443 aligned OT network segmentation
  • Plant safety and change-management procedures
  • ISO 9001 quality documentation
  • Data residency for plant data

Typical stack

  • Azure IoT
  • AWS IoT
  • OPC UA
  • SAP
  • Databricks
  • YOLO
  • NVIDIA Jetson
  • Grafana
01
Weeks 1 to 2

Plant-floor discovery

We walk the line with operators and maintenance before touching data.

  • Loss tree analysis to find where OEE is leaking
  • OT and IT data audit: sensors, historians, MES and ERP
  • Use cases ranked by downtime, scrap and working-capital impact
02
Weeks 2 to 3

Edge-to-cloud design

Architecture that respects plant networks and safety rules.

  • Data pipeline from PLCs and historians to a lakehouse
  • Edge versus cloud inference decisions per use case
  • Success metrics agreed with plant leadership
03
Weeks 3 to 8

Pilot on one line

We prove value on a single line or asset class first.

  • Sensor retrofits where data is missing
  • Models in shadow mode alongside current practice
  • Alerts integrated with CMMS and shift handovers
04
Ongoing

Replicate across plants

A proven template is rolled out plant by plant.

  • Reusable data models and deployment templates
  • Operator and maintenance team training
  • Performance tracking against the original baseline

Case studies

Results from the field.

Case study 01 Auto components manufacturer

Predicting failures before they stop the line

The challenge

Critical CNC spindles and hydraulic units failed without warning, causing costly unplanned downtime several times a month.

What we did

We added vibration and current sensors, streamed data to a lakehouse and deployed failure-prediction models that raise work orders in SAP PM.

Results

27%less unplanned downtime
9 daysaverage warning before failure
6 ptsOEE improvement
Case study 02 Packaging manufacturer

Vision inspection at line speed

The challenge

Print and seal defects slipped past manual inspection, triggering customer complaints and returns.

What we did

Edge cameras with a custom defect model now inspect every unit, reject bad ones automatically and log images for root-cause analysis.

Results

97%defect catch rate
40%reduction in customer complaints
Case study 03 Industrial distributor

Freeing cash from inventory

The challenge

Safety stock for 30,000 SKUs across warehouses was set manually and rarely revisited.

What we did

We built demand forecasts and a multi-echelon inventory optimiser that recommends reorder points weekly inside the ERP.

Results

18%reduction in inventory value
98%service level maintained

Case studies illustrate the kind of engagements we run. Details are generalised and figures are indicative, not guarantees of results.

Let's talk about Manufacturing & Supply Chain.

Tell us where you are. We will come back within one business day with a point of view, not a sales deck.