#097ai

Repetitive decisions still require people

Which decisions can be automated safely?

⚡ 01 · Executive Summary

Why This Decision Matters

Not every decision needs a person. When a model is confident and the decision is low-stakes, let it act on its own. Save human attention for the decisions where the model is unsure or the downside of a mistake is actually large.

⚠️ Obvious Failure Mode

Teams often go all-or-nothing: either everything gets automated (including the risky edge cases) or nothing does (including the obvious, repetitive calls). Both waste something — the first risks bad automated decisions, the second wastes people's time on decisions a simple rule could handle safely.

📐 Formulation Framework

Ai Analytics mathematical optimization with explicit operational constraints.

🎛️ 02 · Interactive Parameter Simulator
AI & Decision Agents

Operational Model #097

Provides a scientific decision rule to balance trade-offs and eliminate guesswork in AI & Decision Agents.

📐Mathematical Formulation#097 Model
Target Output = f(Parameters, Constraints, Decision Variables)
xDecision Variable: Controllable operational lever (e.g. batch size, price, threshold)
bResource Constraint: Capacity, budget, or SLA boundary limit
#097 RAG RetrievalTop-12 Vectors
PRECISION: 81%RECALL: 70%
Vector Chunking Trade-offF1: 75% Balanced
Context Top-K:12 chunks
Noise Contamination:18% Noise
Tight PrecisionBroad Recall
⚖️ 03 · Key Tradeoffs & Constraints

Decisions that Govern Execution

#1Confidence Threshold: How sure does the model need to be before it's allowed to act without a person?

#2Stakes: Which decisions are cheap to get wrong, and which ones actually need a human even at high confidence?

#3Fallback: What happens to the cases below the threshold — queued for review, or something faster?

📋 04 · Step-by-Step Diagnostic Playbook

Execution Sequence for Operators

1

Pull a year of past decisions and check: what % were repetitive, obvious calls a rule could have made safely?

2

Set a confidence threshold starting conservative — auto-approve only the clearest cases first.

3

Route everything below the threshold to the existing human process, unchanged.

4

Track how often auto-approved decisions get reversed or complained about, and adjust the threshold from real data, not a guess.

🗄️ 05 · Data Requirements & Schema

Required Telemetry Feeds

FieldTypePurpose
Historical Decision OutcomesApproved/Rejected + Correctness LabelTrains and validates the confidence score against real outcomes.
Decision Stakes / AmountNumeric or CategoricalLets high-stakes cases route to a human even at high confidence.
📊 06 · Key Performance Indicators

Diagnostic Scoreboard & Formulas

MetricMathematical FormulaInterpretation
Auto-Execution RateDecisions Auto-Approved / Total DecisionsHow much of the repetitive load is actually being absorbed.
Auto-Approval Error RateAuto-Approved Decisions Later Reversed / Total Auto-ApprovedThe number that tells you if the threshold is set too loose.
📚 07 · Canonical References

Foundational Literature

Human-AI Collaboration in Decision-Making
Jennifer Wortman Vaughan, Microsoft Research
FIELD NOTEBOOK DISPATCH

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