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Stephen Lieberman
Through 1023AI

Practice Library

Governance patternstructural

Pace the pipeline

Match the flow of AI output to the real capacity of the people who must check it — throughput honesty as a safety control.

What it changes

dampenedFailures adopted by people or agents(the pacing gate on the review channel)
cappedFailures written directly into records(the pacing gate on the record channel)

Who can pull it

Deploying organizationHarness builder

What it looks like institutionally

Every review stage has a finite catching speed. When output volume exceeds it, the share of errors caught falls mechanically — no amount of reviewer diligence changes the arithmetic of a saturated queue. Pacing the pipeline means governing volume as deliberately as quality: rate-limiting how much AI output can reach consequential action per reviewer-hour, or scaling checking capacity before scaling generation.

Institutionally this looks like: production quotas tied to review staffing, queue-depth alarms that trigger slowdowns rather than backlogs, and honest capacity math in every deployment plan ("who checks this, and how long does a real check take?").

The alert-saturation failure in the Illinois Rapid Safety Feedback case is the canonical counterexample: thousands of maximum-risk flags against a fixed caseload is a pipeline nobody paced.

In the Lab (v10) pacing is a placeable component, not a network-wide lever: the pacing-gate modifiers — one on the review channel, one on the record channel — are tethered onto the specific pathway they throttle, and the effects below are theirs. Where you place the gate is the governance decision.

Addresses: Reviewer saturation · Alert fatigue · Rubber-stamping under load.

Deciding whether this lever fits your deployment?

Which patterns matter — and in what order — depends on your system's actual shape. Ranking your options on evidence, with what can backfire stated, is engagement work.