Skip to content

Library · Data Practice OS

Decision inventory

Template · Published · Source reviewed

The Decision inventory lists the decisions that matter, so the practice builds for decisions, not datasets. It is the starting point of the From data to decisions - the decision stack: pick a decision, then build only the layers it is missing. Keep it in a version-controlled table (a dbt seed or a register) with one owner per row, and review it each quarter alongside the readiness re-score (AI readiness assessment).

Status. A proposed template. Not an agreed register. The rows below are illustrative and need confirming with each business owner.

Columns

Column What to write
Decision The question, phrased as one: "Can this licence be renewed?"
Owner The accountable business owner (a role, not a person's name)
Frequency Continuous, daily, monthly, annual
Volume Decisions per year, roughly
Consequence of error Low / medium / high, with one line on who is harmed and how
Reversibility Easily reversed / with effort / hard to reverse
Authority The delegation or instrument that authorises it, and the level that holds it
About a person? Y/N. Y means at least medium risk in AI use case intake and risk triage
Current support Manual, legacy system, report, rules engine, AI
Data needed Data products or systems of record for the facts (Data product canvas)
Knowledge needed Policy, legislation, procedure, with the owner of each
Rules needed Rule cards or decision tables, and whether they are approved (Rule authority)
Outcome signal What tells you whether the decision was right (Outcome feedback loops)
AI pattern fit None / read / recommend / approve with review / execute, and which pattern (AI-native patterns)
Gaps Missing stack layers: facts, meaning, knowledge, rules, context, authority, outcomes
Retention Retention schedule for its decision records (Decision records and provenance)

Illustrative rows

Illustrative only. Volumes, owners and authorities are placeholders, not the organisation figures.

Decision Owner Freq. Volume Consequence Reversible About a person Current support Data Knowledge Rules Outcome signal AI fit Gaps
Can this licence be renewed? Licensing operations Continuous ~10^5 to 10^6 High: wrongful refusal or unsafe driver With effort Y Legacy system, officer Licensing record, medical flags, case state Renewal procedure, legislation Eligibility, fees (rule cards, draft) Override, appeal, reversal Recommend; officer approves Rule cards not approved; no decision record
Which road defects are fixed first? District maintenance Fortnightly ~10^4 defects Medium to high: crash risk, claims Yes N Spreadsheet and inspector judgement Defects, assets, traffic, crashes Maintenance standard Risk matrix (not effective-dated) Response time met; re-report within 6 months Recommend; planner approves Duplicate reports not resolved; matrix not versioned
Does this heavy-vehicle route need a permit, and on what conditions? Heavy vehicle access Daily ~10^4 High: infrastructure damage, safety Hard N (operator) Officer with maps and assessment tools Network, structures, restrictions Access policy, notices Mass and dimension limits Permit amended; incident on route Recommend conditions; officer approves Network relationships (graph candidate, When a knowledge graph earns its place)
Where should this customer enquiry go? Customer service Continuous ~10^6 Low Yes Y Manual triage Enquiry text, customer reference Routing procedure Routing table Re-routed; resolved at first contact Approve with review, then sample Routing table not owned
Which registrations get a compliance check this month? Compliance Monthly ~10^3 checks Medium: missed non-compliance, burden on compliant customers Yes Y Rules and analyst Registration, inspection history Compliance policy Selection criteria Hit rate of checks Recommend with a random sample kept outside (Outcome feedback loops) No outcome capture

How to use it

  1. Fill the first ten rows in a workshop with business owners. Aim for breadth, not precision.
  2. Score each row: value (volume × consequence) against readiness (how many stack layers are missing). High value with few gaps is a lighthouse candidate (Roadmap and maturity).
  3. Draw a decision requirements diagram for the top three (Decision modelling with DMN).
  4. Run the readiness assessment on the chosen decision, not on a dataset (AI readiness assessment, AI readiness scorecard (workbook v2)).
  5. Set the AI fit conservatively. Start at recommend for decisions about people. Move up only when outcome measures support it and the authority allows it (Human in the loop, AI-permission record).

Not when

  • Do not try to list every decision the organisation makes. List the ones with volume, consequence or both.
  • Do not treat the AI fit column as approval. It is a hypothesis for AI use case intake and risk triage.