Critical Chain and Resource Contention
Many schedules fail because they assume resources are infinitely elastic. Mapping flow efficiency and queue times revealed a single integration environment throttling ten teams. By elevating that constraint and staggering dependent work, throughput increased without hiring, and estimates finally matched observed delivery capacity.
Critical Chain and Resource Contention
Feeding buffers shield the critical chain and project buffers protect commitments. Visual buffer consumption with simple fever charts, then act when signals cross thresholds. One manufacturer used this approach to shift conversations from drama to decisions, focusing on where to add help rather than who to blame.