The methodology is proven.
We automated it.

Safety, Quality, Delivery, Cost, and People Development, plus Maintenance and Kaizen. Every gap files itself under a mission the moment it is detected.

A tile turns red because the underlying metric crossed its threshold, not because someone decided to turn it over at the start of a shift.

Each gap carries its own number, the metric that triggered it, and the minute it was detected. Nothing falls off the board because a card went missing.

OEE, scrap rate, and unplanned downtime come straight off the equipment. No end-of-shift transcription and no hand-plotted trend lines.

Live OEE score updates every 10 seconds against the shift's planned production target. ScheduledNotRunning flags surface assets that should be running but haven't started. The Schedule HUD (Heads-Up Display) gives supervisors a real-time view across all assets and shifts.

Gap detection runs against the target rather than waiting for a person: a missed schedule, a scrap threshold, an overdue preventive maintenance and a downtime event all raise a gap by themselves, each filed under its mission with the metric that triggered it and the minute it was detected. A gap raised by a device, such as a touch pad or a light gate, can be made to require a named reviewer to disposition it before it closes, with a pending queue for the ones waiting. Calls route through the BOBR (Bill of Business Resources) hierarchy to the right person rather than a general broadcast, with sub-second delivery to mobile.

First-Responder-Wins claim workflow assigns one owner the moment they claim an alert. Others see who claimed it and their ETA (Estimated Time of Arrival). Response time is tracked from alert to arrival to resolution. No duplicate response, no diffused accountability.

CMMS (Computerized Maintenance Management System) work orders carry an assigned owner, due date, and priority. Kaizen ideas move through a register, a kanban board and a dashboard from submission to implementation, carrying a capital request block, a stated hold reason and the incentive paid. A cumulative burn-up chart plots submitted, in progress and implemented over time, and a Kaizen Implemented tile on the board links straight to it. Escalation fires automatically when an action goes overdue.

A hierarchical 5-Why tree, with a fishbone notes field beside it, sits inside the root cause analysis workflow. Revising a countermeasure creates a version rather than overwriting the last one, and the investigation closes through submit, approve, request verification and verify effectiveness rather than simply being marked done. FMEA (Failure Mode and Effects Analysis) worksheets link real defect occurrences back to the failure mode that predicted them, and scrap patterns show in defect heat maps by cavity before a Pareto chart is ever run.

Standard Work Templates let maintenance engineers author versioned procedures with individual task steps, reference photos and videos, and linked controlled documents. Each version passes an Author, Checker and Approver signature chain before it goes live, then materializes directly onto work orders at creation. The Active revision is immutable, the work order names the document and revision its procedure came from, and the technician sees that approved revision on their phone when they arrive at the machine. Leader Standard Work routines and tiered meetings name the governing document they run to.

Every Kaizen suggestion captures what the problem was, what was tried, and what actually worked. CMMS maintenance history preserves every repair, every part replaced, and every technician who touched a machine. Standard Work Templates version and archive every procedural update with a full approval trail.

Crew check-in ties individual identity to each shift and asset. Labor cost per unit is calculated from check-in data, hourly rates, and OEE cycle counts... displayed in the same dashboard as Availability and Performance. No export, no spreadsheet, no delay.

A tile on the board opens the metric's trend. The trend slices by dimension, and a second dimension can stack inside it with the denominator stated. The slice becomes a driver Pareto with a cumulative curve. The Pareto decomposes OEE into Availability, Performance and Quality. A fifth view asks whether the fix actually held, at three ranges. Trend buckets go down to shift and hour, the governing target is drawn on the chart, and a level that cannot be shown explains which prerequisite is missing instead of returning an error.

Tier 1, 2 and 3 meetings with agendas that build themselves from the open gaps and actions. Leader Standard Work routines generate per shift and per frequency, with measurement items scored against a unit of measure and a tolerance, so a numeric check passes or fails on its own. Coaching notes attach to the execution and appear where the work happened. A compliance report covers Leader Standard Work completion, coaching cadence and meeting effectiveness on three tabs, with CSV export. Meetings and routines name the controlled document they run to, and a fix records the document it was standardised into.

An unattended screen shows the board, and a visitor can touch through all five drill-down levels to what is behind it, without an account and without a shared password on a sticky note. It works only for a business resource an administrator has published, and whether a person's name appears on an anonymous display is itself a setting. A rotating TV layout covers the case where the screen is out of reach.

Executive Dashboard aggregates OEE, downtime, scrap, and Kaizen metrics across all facilities. Operations leaders benchmark plant-to-plant performance and identify systemic issues without losing plant-level detail.