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NewMed · Practice Ops Bottleneck Analyzer

Practices know they're busy. They don't know where the hours go. This mines 13 weeks of operational task events, ranks each practice's manual-effort sinks, and quantifies what automation would return. SYNTHETIC DATA · PROTOTYPE

Top 3 bottlenecks

Ranked by monthly manual hours. Each card pairs the finding with the automation that addresses it and the hours it could return, because a bottleneck without a recommendation is just a complaint.

Manual hours per month, by task

Bar length = hours/month. Purple = share technology can absorb (automatable); gray = residual human work.

Weekly manual hours (13 weeks, all tasks)

Where the labour cost sits, by role

What-if: automation adoption

Automation never captures 100% of a task: each task has a realistic automatable share (65-90% for scheduling, intake and eligibility; about 50-60% where judgement stays human, like denial rework and billing questions). Drag adoption to model a rollout.

Adoption across automatable work: 60%

FTE = 160 hours/month. Savings use per-role hourly rates (front desk $22, billing $28, clinical $35, admin $30). Freed hours are capacity for patient-facing work, not necessarily headcount reduction. That framing decides whether practice staff adopt or resist the rollout.

Methodology

A 13-week task-event log (6,000+ daily aggregates across 8 practices, 12 task types, 4 staff roles) is loaded into SQLite and analyzed in SQL: the same instrument-then-aggregate approach I used to find 100+ hours/month of reporting effort at a previous client. Each practice's bottleneck profile differs (a GI center drowns in prior-auth; a dermatology front desk in scheduling calls), which is why the recommendation engine is per-practice, not one-size-fits-all.

Show the core SQL