Manufacturing

Analytics & AI for Uptime, Planning, and Performance

Key problems

Downtime & reactive maintenance cycles

Failures repeat because event history, work orders, and utilization signals aren’t analyzed together.

Forecast volatility & planning gaps

Planning relies on inconsistent inputs; forecast error isn’t tracked by the right hierarchies.

Fragmented asset & production reporting

Multiple systems and spreadsheets create conflicting KPIs and slow decisions.

Slow root-cause analysis & exception handling

Teams spend time explaining problems instead of getting an actionable risk queue.

What we deliver

Predictive maintenance analytics

Failure patterns, MTBF, MTTR drivers, and early warning signals tied to work-order actions.

Planning systems across demand, inventory & capacity

Forecast baselines, error metrics, bias tracking, and conversion into buffers and service-level targets

Plant performance dashboards

OEE-style views, throughput, downtime reasons, and constraint visibility for weekly cadence.

Governance: KPI layer, monitoring & adoption

Semantic model, definitions, freshness checks, and adoption playbook for operators and leaders.

Deliverables

Architecture, roadmap & MVP plan

Curated models across assets, maintenance events, production & planning hierarchies

Dashboards for plant & leadership cadence

Model evaluation & monitoring approach for accuracy, drift & overrides

Frequently Asked Questions

What data is needed for predictive maintenance?

Real-Time IoT sensor data, historical maintenance logs, asset information (make, model and specifications) and environmental or operational conditions.

What is a “digital twin readiness” approach?

Establishing the asset hierarchy, event model, and KPIs so telemetry and maintenance data becomes actionable.

How long for a Pilot/MVP?

Typically 4–12 weeks for a scoped asset class or single plant.

How do you ensure adoption?

Exception-first dashboards, named KPI owners, and embedding reviews into weekly operating cadence.

How do you measure success?

Improved OEE , faster interventions, increased forecast accuracy and reduced manual reporting effort.