Category definition paper

AI Shaping: Turning General-Purpose AI into Productive AI Work

A category definition paper on reusable and iteratively improvable work patterns, two-sided work-burden shift, shaping approaches and human-directed productive AI work.

Formal public working paper · Stable DOI · Category definition, not capability evidence.

This page is the website summary of the DOI-backed paper; the paper itself remains the formal public category source. Website explanations may sharpen supported formulations, but this landing page does not attribute later website wording to the paper unless the paper itself carries it.

Route diagram highlighting the AI shaping category definition paper within the public papers and evaluation route.
Use the category definition paper for the AI shaping definition, concept stack and adjacent-boundary control.
Formal public record

Paper purpose

  • It defines the AI shaping category and concept stack.
  • It explains the difference between useful AI output and productive AI work.
  • Capability evidence belongs in the two companion evidence papers; implementation-level review belongs in Protected-stage discussion.

The landing page summarises and routes. The stable DOI resolves to the latest public version and remains the public route for formal wording, version access and citation.

Paper roleCategory definition and shared concept architecture
Permitted conclusionDecide whether AI shaping is the relevant category and whether one of the separate evidence papers warrants review.
Stop ruleThis paper does not establish capability evidence or authorise implementation transfer.

Use this paper when

  • You need the definition of AI shaping.
  • You need the concept stack and adjacent-category boundaries.
  • You need to understand what the public category definition paper does and does not claim.

Latest version and DOI

Paper set
Published paper set
Current formal-public version
v1.88
Paper updated
28 July 2026, 12:22 pm AEST
Paper role
Category definition paper
Author
Kurni Kwok
First published
24 June 2026
Latest version route
Latest version via stable DOI
Stable DOI
10.5281/zenodo.20830022
Licence
Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International (CC BY-NC-ND 4.0)

Abstract

This paper defines AI shaping as the operating-model discipline for turning broad general-purpose AI capability into productive AI work by establishing shaped intelligence that carries a reusable and iteratively improvable domain work pattern and reusable work basis across recurring work. The opportunity exists where work retains stable-enough underlying structure despite changing subjects, inputs and work state. The operational effect and principal capability-evidence signal is two-sided work-burden shift: moving more domain-practice and subject-context burden, and more work-state and resumption burden, from the responsible person to shaped intelligence while preserving source basis and the human-authority boundary.

Shaped intelligence is the reusable domain-facing capability established through AI shaping. It carries the domain work pattern and work basis into recurring work. Under the direct-shaping approach, the discipline establishes bounded shaped intelligence without first materialising separately reusable AI-shaping intelligence. Under the mediated-shaping approach, separately established AI-shaping intelligence carries the reusable shaping pattern used to develop, audit, improve, adapt, extend, transfer-evaluate or materially renew shaped intelligence under human direction.

The paper explains the value hierarchy, work burden and work-burden shift, the direct- and mediated-shaping approaches, concept architecture, category fit, a public-safe capability lifecycle, domain extension and transfer, adjacent-framework positioning and protected-method limits. It supports category understanding only. The related evidence papers carry their own bounded evidence objects and limitations.

Public contribution

  • Defines AI shaping as an operating-model discipline.
  • Separates useful AI output from productive AI work.
  • Introduces AI-shaping intelligence, shaped intelligence and work-burden shift.
  • Preserves protected-method limits and public-stage boundaries.

Citation

Kwok, Kurni. (2026). AI Shaping: Turning General-Purpose AI into Productive AI Work. Zenodo. https://doi.org/10.5281/zenodo.20830022.

Three-paper role separation

The Category Definition paper owns the shared category and concept architecture. The Project-managing paper evaluates the distinct mediated project-work instance. The Product-managing paper evaluates bounded operational maturity, observable but unquantified coordination value and direct-approach contribution within one bounded product.

Reading sequence

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