Point C1
The Delegation Record: A Schema for Consequential AI Work
Thesis
A delegation record is the system-of-record artifact that makes AI work inspectable, resumable, reviewable, and bounded.
Article 1 argued that conversation should remain the interface, while delegation should become the durable work primitive. This article defines the artifact that makes that practical.
The Record Is Not The Work
The delegation is the assignment. The delegation record is the durable representation of that assignment and its execution state.
This distinction matters because AI work changes over time. The agent may discover new facts, change files, retrieve sources, fail tests, ask questions, or encounter policy boundaries. A transcript records many of those events, but it does not reliably answer the operator’s next question: what is the current contract of work?
Minimal Schema
| Field | Purpose |
|---|---|
| Principal | The user, team, or process that initiated the work. |
| Delegate | Agent, model, capability, or toolchain assigned to act. |
| Objective | What outcome is sought. |
| Scope | What is included. |
| Non-goals | What must not be changed or attempted. |
| Inputs | Source documents, files, datasets, prompts, or context packets. |
| Control boundary | Allowed actions, approval-required actions, and forbidden actions. |
| State | Current progress, blockers, and latest meaningful change. |
| Evidence | Tests, citations, logs, diffs, traces, or source references. |
| Decisions | Decisions made by agents, tools, policy, or humans. |
| Pending decisions | What still requires a control-locus decision. |
| Freshness | Age of source context, memory, assumptions, or retrieved sources. |
| Risk | Side effects, reversibility, data sensitivity, and consequence level. |
| Review owner | Who or what must review the result before acceptance. |
| Rollback path | How to undo, abandon, or restart safely. |
| Exit condition | What counts as done, stopped, escalated, or failed. |
This schema is not a mandate for every prompt. It is a minimum viable structure for consequential work.
A Compact Example
principal: product_engineering
delegate: coding_agent
objective: Make the checkout confirmation test pass.
scope:
- checkout confirmation flow
- directly related tests
non_goals:
- billing provider behavior
- authentication
- database schema
inputs:
- failing test output
- relevant checkout files
control_boundary:
allowed:
- inspect local files
- edit branch-local code
- run tests
approval_required:
- external service calls
- deployment
forbidden:
- database schema changes
state: tests passing after scoped code change
evidence:
- failing test before change
- passing test after change
- scoped diff summary
risk:
- user-facing checkout behavior
- payment edge cases
review_owner: human reviewer or verifier agent
rollback_path: revert branch changes
exit_condition: tests pass, diff stays in scope, risks are summarized
The same structure can represent non-coding work. A research delegation would replace tests with citations, claim maps, confidence labels, and counterarguments. A legal review would replace diffs with clause references, risk rubric, confidentiality boundaries, and counsel review.
Why A Summary Is Not Enough
A summary compresses what happened. A delegation record governs what can happen next.
Those are different jobs. A summary may say: “The agent changed three files and tests now pass.” A delegation record can also say: “The change stayed within scope, billing behavior was not touched, the remaining risk is refund coverage, and the next control action is verifier review.”
The second version is operational. It lets another agent, reviewer, or future human resume the work without reading the full transcript.
| Artifact | Primary job | Weakness for agent work |
|---|---|---|
| Transcript | Preserve conversation. | Buries current boundary, state, and evidence. |
| Summary | Compress what happened. | May omit permissions, freshness, rollback, or pending decisions. |
| Ticket/issue | Track assignment and lifecycle. | Often lacks agent tool traces, evidence quality, and control boundary. |
| Pull request | Review code diffs and checks. | Coding-specific; weak for research, legal, policy, and cross-workstream routing. |
| Delegation record | Preserve current work contract and control state. | Can become bureaucratic or privacy-heavy if overbuilt. |
Is This Just A Ticket, Issue, Or PR?
Sometimes, yes. A delegation record should not replace good existing artifacts.
In coding, a pull request already carries diffs, tests, review comments, checks, and ownership. In business operations, a ticket may already carry assignment and status. In legal work, a matter file may already preserve source documents and review obligations.
The AI-specific addition is not a new brand of task tracker. It is the fields that become critical when an agent can act:
- control boundary
- allowed tools
- approval-required actions
- forbidden actions
- freshness of context
- evidence quality
- tool traces
- verifier status
- rollback path
- exit condition
If an existing issue, PR, case file, or work order can carry those fields, use it. If not, the orchestration layer needs a companion record.
Record Design Has Privacy Cost
A durable record is useful because it remembers. That is also why it can become dangerous.
The record should preserve enough evidence to support review and recovery, not everything the agent saw forever. Sensitive domains may need redaction, encryption, limited retention, or separate public and private views. A delegation record should follow data minimization, access control, retention, and purpose limitation.
The danger is not only privacy leakage. Excessive audit trails can become surveillance. A record that captures every token, every draft, every private note, and every intermediate thought may create more institutional risk than value. The useful record is not the largest possible record. It is the smallest record that supports accountability, resumption, and correction.
Practical Takeaway
When designing a delegation record, ask:
- What does a future reviewer need to trust or reject the result?
- What does another agent need to resume safely?
- What does policy need to enforce boundaries?
- What does the human need to decide next?
- What should not be retained?
Claim Support
| Claim | Source support | Confidence | Caveat |
|---|---|---|---|
| Current agent tooling exposes tools, traces, state, and human-in-the-loop primitives. | OpenAI Agents docs; OpenAI tracing/HITL docs; LangGraph docs. | High | Tooling changes quickly; source freshness matters. |
| A durable record should include evidence, control boundaries, state, and review. | Synthesis from agent tooling plus NIST AI RMF governance concepts. | Medium | Proposed schema is not an accepted standard. |
| More retention is not automatically better. | NIST AI RMF governance/risk framing and privacy design reasoning. | Medium | Needs domain-specific privacy review before adoption. |
Bridge To Article 3
Once there are many delegation records, the operator faces a new problem. Which delegation needs attention next, and what kind of attention does it need?
Sources
- OpenAI Agents guide. https://developers.openai.com/api/docs/guides/agents
- OpenAI Agents SDK tracing. https://openai.github.io/openai-agents-python/tracing/
- OpenAI Agents SDK human-in-the-loop documentation. https://openai.github.io/openai-agents-python/human_in_the_loop/
- LangGraph documentation. https://docs.langchain.com/oss/python/langgraph/overview
- NIST AI Risk Management Framework. https://www.nist.gov/itl/ai-risk-management-framework
Agent Involvement
This article was prepared with AI assistance from a sanitized research discussion and public sources. The human maintainer approved this publication package on 2026-06-28. Treat the design primitives as exploratory proposals, not settled standards.
Sources Sources used 5 sources Show sources Hide sources
- OpenAI Agents guide documentation
- OpenAI Agents SDK tracing documentation
- OpenAI Agents SDK human-in-the-loop documentation documentation
- LangGraph documentation documentation
- NIST AI Risk Management Framework report
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Sources and notes
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Sources and notes
These notes collect the sources, counterpoints, and review status behind the article's important points. Read the essay first; open this when you want to check something.
Confidence reflects how strongly the sources support the point (low / medium / high). Status describes the point's role (e.g., core, argument, landscape). Sources link to supporting material; counterpoints note boundary conditions or conflicting findings.
A delegation record is the system-of-record artifact that makes AI work inspectable, resumable, reviewable, and bounded.
verified reviewed 2026-06-28
- Sources (5)
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“Agent tooling documents tools, handoffs, and guardrails as explicit parts of an agent workflow.”
OpenAI Agents guide indirect -
“Tracing documentation supports retaining structured execution records for inspection and debugging.”
OpenAI Agents SDK tracing direct -
“Human-in-the-loop documentation supports pausing, reviewing, and resuming work at explicit intervention points.”
OpenAI Agents SDK human-in-the-loop documentation direct -
“Stateful graph execution supports durable workflow state rather than relying only on chat history.”
LangGraph documentation direct -
“AI risk guidance supports documented governance, measurement, and accountable review of AI system behavior.”
NIST AI Risk Management Framework background
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- Counterpoints (1)
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The delegation record and next-best-control models are proposed design primitives, not accepted standards.
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Review recordHow this was madeShow detailsHide details
Created 2026-06-28 by codex-agent.
Policy: policy:default v1.0.0.
✓ Approved hash matches current article
Agent runs
- drafting-and-site-previewgpt-52026-06-28
in:9255fe72…out:74423a37…
Reviews
- sibling-agentcommented2026-06-28
Scope: series structure, evidence anchoring, privacy
Earlier sibling review identified source-ledger gaps; those gaps were resolved before publication with article-specific source alignment.
- humanapproved2026-06-28
Scope: publication, reader experience, privacy, series structure
contentHash:
9c0dedcd941c2ddf…Human maintainer approved the local preview for website publication after article layout, reading-flow, privacy, and series-structure review.
- sibling-agentapproved2026-06-28
Scope: publication-gate, source alignment, provenance, privacy, generated artifacts
contentHash:
9c0dedcd941c2ddf…Independent sibling review approved the final publication packet with no blocking findings after source-ledger, provenance, privacy, and generated-artifact checks.
Machine-readable files
The same points, sources, and relationships are also available as structured files for agents and tools. The JSON follows the publication record schema.