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Speed
2 min read · 509 words
Speed is the rate at which operations occur — and the operator’s relationship with speed determines much about what gets produced.
The mind tends to read faster as better. The faster response, the faster work, the faster decision, the faster development. The framing is wrong as a default. Some operations benefit from speed; others benefit from slowness; many benefit from calibrated pace that matches the operation rather than reflexively maximizing speed. The operator who runs everything at maximum speed produces output that misses what slower pace would have caught; the operator who runs everything at slower pace produces less than appropriately faster pace would produce. The skill is matching pace to operation.
The categories where speed serves: situations requiring rapid response (the immediate threat, the time-bounded opportunity, the crisis that requires fast action). Operations that benefit from low cost per unit (the simple tasks where slowing down produces no quality improvement). Conditions where slow operation produces its own costs (the meeting that should end, the conversation that should conclude, the work that has reached the point of diminishing returns).
The categories where slower pace serves: the work that requires careful attention, where speed produces errors. The conversation that requires depth, where speed prevents depth. The decision that warrants reflection, where speed produces reactive choice. The integration that requires time, where speed prevents the processing the system needs. Each of these benefits from the operator slowing deliberately, even when the surrounding environment is running fast.
From the chair: read the operation before defaulting to a pace. Does this warrant speed or care. The diagnostic varies by operation. The reflexive maximizing of speed across all operations produces worse output than thoughtful calibration of pace to the specific operation. The cultural pressure toward speed makes the calibration harder; the operator who runs against the pressure when the operation warrants slowness produces output the speed-runner does not.
The other application: speed in operations the operator is skilled at versus speed in unfamiliar operations. The experienced operator can run skilled operations at high speed without quality loss because the operations are encoded as defaults that don’t require deliberation. The same operator running unfamiliar operations at high speed often produces poor output, because the deliberation that the unfamiliar operation requires is not occurring. The matching of pace to skill level is part of the calibration. The speed that’s appropriate for the master is often inappropriate for the apprentice.
The other discipline: notice when speed has become the goal rather than the means. The operator who is optimizing for speed has often forgotten what the speed was supposed to produce. The faster running becomes the metric, displacing the actual outputs the operations were meant to produce. The course correction: ask what the operations are actually for, and run them at the pace that produces what they’re for, even when slower than possible. The pace that produces the quality of work the operator wants is the right pace, regardless of how it compares to maximum.