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Classificatory Inference

A verdict on every record, automatically.

Classificatory Inference assigns each item in your data — a ticket, a lead, a transaction, a piece of content — to a class or score on a schema you define. The verdict is the product: risk band, quality grade, fraud flag, moderation decision. Use it when you need a consistent, scalable judgement applied across a large population of records rather than a human reviewing each one.

Shape

Classificatory Inferenceone verdict per record#01#02#03#04#05input streamclassifierrisktierflagschemahighmediumlowsupervisor

Operational dimensions

Human supervisor

Person oversees and intervenes by exception.

Event-triggered

Fires when an upstream condition occurs.

High data gravity

Owns a system-of-record; expensive to migrate.

Two-way integration

Reads from and writes to external systems.

Inputs

  • input items (records, transactions, content objects, leads)
  • output schema defining classes, score range, or ordinal bands
  • trained model or rule set for the classification task
  • optional context features (user history, session metadata)

Outputs

  • per-item class label or numeric score
  • confidence score per classification
  • optional explanation features (top contributing signals)
  • classification verdict ready for downstream routing or aggregation

Mechanism

Assigns each input item to a class or score on a defined output schema (risk band, quality grade, fraud/not-fraud, anomalous/normal, lead tier, moderation verdict) where the assigned classification IS the deliverable insight.

Why this is a primitive

Cannot be decomposed: per-item-classify-against-schema is a single inference operation. Considered splitting out anomaly detection — collapsed in: anomaly detection is structurally a binary classifier (normal vs anomalous) operating on a stream, and the only differences (which features, what threshold, what cadence) are configuration of the same primitive, not a new operation. Composition layer captures the buyer difference (anomaly alerting composes classificatory-inference + notice-what-worked telemetry trigger + share-it notification; fraud detection composes classificatory-inference into a transaction pipeline; lead scoring composes it onto CRM records). Splitting would create primitives that fail the atomicity test against each other.

Where it shows up

Financial services — every incoming payment transaction scored for fraud probability; flagged items routed to analyst review queue
EdTech operator — each student-submitted response graded against a quality rubric automatically, with confidence flagging low-certainty items for tutor review
B2B SaaS — inbound leads scored by tier and intent signal the moment they submit a form, routing high-tier leads to sales within minutes
Content platform — user-generated content screened against a moderation schema at upload, auto-approving low-risk items and flagging borderline ones

Related primitives

Tags

AIstructured-dataautonomousreal-timescoringevent-triggered

See where it fits.

Primitives are configured into named solution shapes for each client’s domain. The fastest next step is a conversation about which shape fits your problem.

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