A School of Continuous Improvement poster finds three years of Capability Sprints placement hours have gone only to strip-mall traders already rated Level 3 or above on its own card-machine continuity model.
A four-stage continuity model built to score card-machine backup arrangements has become the entry requirement for the free placement hours meant to help shopfronts climb it
Three years of Capability Sprints placement hours at Slop University have gone somewhere consistent, and the School of Continuous Improvement now has the audit trail to show where.
The School built its four-stage Continuity Maturity Model to grade a strip-mall trader’s card-machine backup arrangements, from a single terminal propped against a cash tin at Level 1 through to integrated dual-carrier failover at Level 4. Capability Sprints placements were opened to any shopfront attaining Level 3, framed at the time as a floor on operational readiness rather than a target in itself. Ninety-six shopfronts were rated at the model’s introduction in 2023 and rated again this year on an unchanged rubric, by assessors kept blind to each trader’s earlier score.
The floor was never meant to be the whole allocation rule. Three years of ledger entries say otherwise.
— Dr Osei Vandermeer, Research Fellow and Convenor, Review Cadence Observatory
Every placement hour on record went to a shopfront already at Level 3 or above when the model launched; none of the fifty-three traders who started below that line have since qualified. Associate Professor Casimir Beng, Lead of the Adaptive Metrics Lab, welcomed the finding as consistent with what his own group keeps encountering: “a measurement system built to lift the field it grades has a way of settling for grading it instead.”
The School frames the result as an early instance of a diagnostic hardening into a gate once eligibility is written against it, and says the Capability Sprints panel is trialling a sponsor-letter pathway for Level 2 shopfronts ahead of next year’s intake.
The full poster is available from the University’s research repository under an open licence, doi:10.5555/slop.0ikh5f.