Task decomposition
Model goals, steps, state, dependencies, stop conditions, and points where judgment is required.
Design agentic systems that can reason across context, use approved tools, and hand control back to people at the right moments.
01 / THE PROBLEM
An agent that can act without a clear mandate, permission model, stop condition, or review path creates operational uncertainty instead of leverage.
A strong fit when
02 / THE SYSTEM
Model goals, steps, state, dependencies, stop conditions, and points where judgment is required.
Expose only the actions and data the agent needs, with traceable authorization boundaries.
Design approvals, escalation, correction, and resumption as first-class workflow states.
Test task completion, tool choice, policy adherence, recovery, cost, and latency.
03 / APPROACH
We decompose the workflow into observable tasks, define tool and data permissions, set checkpoints, and evaluate behavior before expanding autonomy.
Typical outputs
Working principles
04 / Practical answers
The answer depends on the data, providers, hosting model, user permissions, retention requirements, and consequence of the use case. An AI engagement should document approved sources, data flows, model and tool access, retention choices, permission boundaries, human review, logging, and deletion responsibilities. No sensitive data should be sent to a model or service merely because it is technically available.
Related thinking
A practical approach to defining tools, data boundaries, approvals, and recovery before an agent enters a real workflow.
Read articleA practical evaluation plan for agent tasks, tools, policies, recovery, cost, latency, and human review.
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