Every level, question and scoring rule behind your Manufacturing Operations Score is published here, so you can trace any result by hand. Your score compares your answers with written definitions. It does not compare you with other plants.
CxAM™ improves a plant in a fixed order. You can't run flow on unstable equipment, or trust AI built on disputed data.
| LEVEL | PROBLEMS | STANDARD WORK | IMPROVEMENT | DATA |
|---|---|---|---|---|
| 1 · Reactive | Firefought by heroes; they recur | Lives in people's heads | Ad hoc, after a crisis | Paper or spreadsheets, often late |
| 2 · Stabilizing | Logged and contained; root cause rare | Written for key tasks, followed unevenly | Project-based events | Captured, but trusted by few |
| 3 · Standardized | Root-caused with a set method (5 Why, A3) | Followed and audited | Daily, through tiered meetings | One definition per KPI, shared |
| 4 · Proactive | Predicted and prevented | Improved by those who do the work | Kaizen and Kata at every level; DMAIC for complex problems | Near real-time, used daily |
| 5 · Predictive | Rare; learnings spread across sites | Evolves continuously | Culture of improvement; leaders coach | Models recommend, people approve |
Level 3 is a sensible near-term target for most plants. Levels 4 and 5 describe sustained world-class practice.
What you would see on a floor walk at each level.
| DISCIPLINE | L1 REACTIVE | L2 STABILIZING | L3 STANDARDIZED | L4 PROACTIVE | L5 PREDICTIVE | KPIS IT TYPICALLY AFFECTS |
|---|---|---|---|---|---|---|
| Leadership | No regular shift meeting; manager decides alone | Daily meeting is a status report | Tiered meetings at visual boards; actions owned and dated; A3 on repeat issues | Gemba walks to standard work; operators run kaizen; Kata coaching | Leaders coach; problems surface without blame | Schedule adherence; action closure |
| Reliability | Run to failure; no downtime reason codes | Calendar PM slips under pressure | PM windows protected; asset criticality ranked; reason codes on every stop | Autonomous maintenance; condition-based PM; SMED on bottlenecks | Predictive maintenance; failures rare and root-caused | OEE; downtime; MTBF; MTTR; changeover time |
| Flow | Schedule changes daily; expediting is normal | Weekly plan, often broken by shortages | Frozen window respected; material staged to plan | Pull or level-loaded scheduling; small batches | Schedule adjusts automatically to demand | Schedule adherence; cycle time; OTIF; inventory turns |
| Quality | Found by inspection; deviations closed late | CAPA often "retrain operator" | Set root-cause method; CAPA effectiveness checked; management review acts on trends | SPC on critical parameters; right-first-time tracked daily | Quality designed in; always inspection-ready | First-pass yield; deviations; CAPA cycle time |
| Data / AI | Paper records; spreadsheets rebuilt by hand | Systems in place, but data disputed | One KPI definition each; dashboards used in tier meetings | Near real-time data; issues flagged within the shift | Models recommend, people approve; formal data governance | Data quality; time to detect issues |
Each question has five answers, one per level, shown in random order, plus "Not sure".
Plus one unscored context question: "What most often breaks your schedule?" It is used only for the upstream flag.
CxAM™ v1.0 is being validated with a founding cohort of 10 plants, led by Kobe Ofori-atta, Founder & Principal Advisor. Each takes the assessment and then has a review comparing the result with what its team sees on the floor. Changes are published in the version log below.
Join the founding cohortDecide with your counsel or quality lead whether CxAM results become part of your quality records.
General information, not legal advice. Confirm with your own counsel.
CxAM™ draws on Lean and the Toyota Production System, kaizen, PDCA and Toyota Kata, lean daily management, Six Sigma DMAIC, ISO 9001 quality management, the Shingo Model, Total Productive Maintenance and SMED, ISO 55000 and SMRP maintenance metrics, ICH Q10 and FDA quality management maturity concepts, the Smart Industry Readiness Index and ISA-95, and ASCM's SCOR Digital Standard.
CxAM™ is an independent Claraxis framework. It is not endorsed by, or affiliated with, the organizations behind these models.
Questions about the method? Email [email protected].