GFO Adoption Decision Tree
Adil MektoubPublished 13 July 2026Last reviewed 13 July 2026Reviewed by Adil Mektoub
GFO Adoption Decision Tree: is a decision tree that guides a business to the right agentic AI starting point by asking whether a task is repetitive, high-value, data-supported and safely governable.
Executive summary
The decision tree replaces vague enthusiasm with a sequence of clear questions. Following it leads either to a well-scoped first workflow or to an honest 'not yet', with the reason made explicit.
It embodies GFO's bias toward starting where value and control are both achievable.
Key takeaways
- A sequence of clear yes/no questions, not guesswork.
- It leads to a scoped starting point or an honest 'not yet'.
- It screens for value, feasibility and safe governance together.
- It keeps human approval central to the decision.
Architecture
Follow the questions in order:
- 1Is the task repetitive?If no β it is a poor fit for an AI Agent; look elsewhere.
- 2Is it high-value or high-volume?If no β the ROI is unlikely to justify a build yet.
- 3Is the needed data accessible?If no β resolve data/system access before proceeding.
- 4Can consequential actions be human-approved?If no β redesign the workflow so Human-in-the-Loop is possible.
- 5All yes?Proceed to a scoped pilot via the Implementation Roadmap.
Business example
A team wants AI for a creative, one-off negotiation. The first question β is it repetitive? β is 'no', so the tree steers them away from automating it.
Their inbound-inquiry handling, however, passes every question and becomes the pilot candidate.
Frequently asked questions
- What if a task fails one of the questions?
- The tree stops and names the blocker β not repetitive, low value, inaccessible data or ungovernable. You fix the blocker or choose a different starting point.
- Does every valuable task suit an AI agent?
- No. Creative, one-off or judgement-heavy tasks are poor fits. The tree deliberately screens them out in favour of repetitive, governable work.

Author
Adil MektoubFounder Β· Engineering & AI Infrastructure
France-based AI platform engineer. Age 36. E-mobility AI background; SAP and Vitol.
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