AI product development
What is AI product development?
The short answer
AI product development is the work of turning model capability into a usable, evaluated and dependable product. The model is one component. The product also needs workflow design, software engineering, data and tool integration, evaluation, controls, observability and a user experience that makes uncertainty manageable.
The model is not the product
A model can generate text, interpret an image, classify information or choose between tools. None of those capabilities alone creates a production product. Users need a coherent workflow around the capability, and operators need to know how the system behaves when inputs are incomplete, tools fail or the model is uncertain.
What usually sits around the model?
- Deterministic application logic for permissions, eligibility, calculations and safety gates.
- Context and retrieval so the model operates on the right information rather than generic knowledge.
- Tools and integrations when the system needs to read or change external state.
- Evaluation against representative tasks, difficult cases and regressions.
- Observability so failures can be detected and investigated.
- Human factors that determine when users should rely on, review or override the system.
When should AI be used?
Use AI where interpretation, language, synthesis or uncertain reasoning is the source of value. Keep deterministic functions deterministic where the correct behaviour can be defined explicitly. A strong architecture uses both.
What is different about agentic AI?
Agentic systems add the ability to choose and sequence actions. That can be useful for multi-step work across changing state, but it also introduces more failure modes. Tool permissions, state management, recovery, evaluation and boundaries become part of the product architecture rather than optional safeguards.
How should an AI MVP be scoped?
The first release should test the hardest assumption: whether the AI improves the target task enough to justify its cost, latency and operational complexity. That usually means a narrow workflow, explicit evaluation criteria and a deliberately limited toolset rather than broad autonomy.