How to Delegate Work to AI Agents

To delegate work to an AI agent, describe the outcome rather than only the activity, provide the necessary context and allowed tools, define observable acceptance criteria, state important constraints, and identify actions that require approval. Review the agent's evidence and artifacts against those criteria before treating the work as complete.

By VibeCody · Reviewed July 20, 2026

How do you write an outcome-focused agent goal?

State what should exist or be true when the job is finished. “Research competitors” is an activity; “produce a cited comparison of five competitors with pricing, audience, and unresolved questions” is an outcome that can be reviewed.

Include the intended reader or downstream use. The same research should look different when it supports a product decision, a sales call, or a public article.

What context should you give an AI agent?

Give the smallest set of authoritative context that makes the job unambiguous: relevant documents, current data, definitions, examples, and the system of record. More context is not automatically better when it contains stale or conflicting material.

  • The current source of truth and its date or version.
  • Definitions for business-specific terms.
  • Examples of acceptable and unacceptable outputs.
  • Known constraints, exclusions, and edge cases.
  • Where the finished artifact should be stored.

How do you define agent acceptance criteria?

Acceptance criteria should be observable. Specify required fields, tests, citations, file formats, limits, and review checks. Avoid criteria such as “make it good” unless you also define what good means for this job.

For code, require relevant tests and a concise change summary. For research, require source links, source dates, and explicit uncertainty. For content, require factual support and a named audience rather than a word-count target alone.

How should you limit agent tools and permissions?

Grant only the tools and credentials needed for the goal. Separate read access from write access, use scoped credentials, and avoid giving a research task permission to publish or delete.

Tool descriptions should explain both capability and boundary. Similar or overlapping tools increase selection mistakes, so start with a small, well-defined set.

Which agent actions need approval?

Require approval before actions that create external commitments or material risk. Publishing, sending, purchasing, deleting, changing production, and exposing private data are common checkpoints.

Do not approve from a vague summary. Review the proposed action, affected target, supporting evidence, and rollback plan when one exists.

How do you review an agent's result?

Review the artifact against the original acceptance criteria, then sample the underlying evidence. Check what the agent did not complete, where it made assumptions, and whether any source or dependency changed during the run.

A failed review should produce a narrower correction with new evidence or criteria. Repeating the same broad instruction usually repeats the same ambiguity.

Quick answers

Frequently asked questions

Should an agent goal include step-by-step instructions?

Include mandatory steps and constraints, but leave room for the agent to choose routine execution details. If every path is fixed, a deterministic workflow may be more appropriate.

How long should an agent brief be?

Long enough to define the outcome, context, constraints, permissions, and acceptance criteria. Clarity matters more than length.

What makes a good acceptance criterion?

It is observable by a reviewer or test: a required field exists, a test passes, a source is linked, or a specified file is produced.

Should agents be allowed to publish automatically?

Only when the risk and recovery path justify it. Early deployments should usually require human approval for public or irreversible actions.

How do you correct an agent that failed?

Identify the unmet criterion, add missing evidence or context, narrow the next instruction, and rerun only the necessary scope.

Can VibeCody schedule repeated work?

The current web architecture includes one-time, interval, cron, and webhook automation records. Public availability of that workflow is still part of early-access preparation.

Editorial notes

Sources and product basis

General agent concepts were reviewed against primary documentation below. VibeCody product descriptions were checked against the active iOS, web, worker, database, queue, and backend repositories; they are not availability promises.

  1. OpenAI — A practical guide to building agents

    Agent components, tools, orchestration, guardrails, and human intervention.

  2. Anthropic — Building effective agents

    The distinction between workflows and agents, plus composable agent patterns.

  3. Anthropic — Trustworthy agents in practice

    Human control, permissions, transparency, privacy, and agent risk.

  4. Model Context Protocol — Introduction

    The official definition of MCP and its role connecting AI applications to tools and data.