Flovello AI
Description
Asks Flovello AI to produce a value of a chosen model from the given input. Pick the output model in the inspector, describe the task in the instruction, and wire in the source data. Branches on solved/not solved, so the pipeline can handle cases the model could not fulfil. Consumes AI step coins per run.
When to use
Use the Flovello AI step when a piece of the automation needs judgement rather than a fixed rule — extracting structured fields from messy text, classifying or summarising content, or transforming input into a target shape that would be awkward to express with ordinary nodes. Pick the output model in the inspector so the result is strongly typed, write a clear Instruction, and wire the source data into Input.
The node sits on the execution flow and branches: the solved pin fires with a typed
Result when the AI produced a value that fits the model; the not-solved pin fires when
it could not, so you can fall back or log the case. Each run consumes AI step coins from
your plan’s monthly allowance — see the Extra and Enterprise tiers on the pricing page.
This is the in-pipeline AI node, distinct from the Flovello AI assistant that builds and edits whole pipelines from a description in the editor.
Pins
Input pins
| Pin | Type | Default | Notes |
|---|---|---|---|
| Instruction | string | — | A natural-language description of what to produce from the input — for example "extract the shipping address" or "classify the sentiment". |
| Input | model | — | The source data the AI reads to produce its answer. Wire from any node that produces a model. |
Output pins
| Pin | Type | Notes |
|---|---|---|
| Result | model | The produced value, typed to the model selected in the inspector. Available on the `solved` branch. Wire into a Break node to read its fields. |
Execution pins
| Pin | Direction |
|---|---|
| In | Input |
| Solved | Output |
| Not solved | Output |
Example
Extract a structured contact from a free-text enquiry. Wire the parsed request body into
the Input of the Flovello AI step, set the Instruction to “extract the sender’s name and
email”, and select a Contact model in the inspector. On the Solved execution output, wire
the Result into a Break node to read the name and email fields; on the Not solved
execution output, wire a Log message node so unhandled enquiries are recorded.