Insight

Share a model, not a manual

A trained model that runs only on your machine helps one person. The Export Web App node in STOCHOS Flow turns a workflow into a standalone Streamlit app: sliders for the inputs, the prediction with its confidence band, and a CSV download. Colleagues use it in a browser, with no Python to install.

The same model, reachable by anyone who needs a number out of it.

Request a Demo STOCHOS Flow
One machine

A model only you can run helps only you

A model finished on the modeller's laptop, in their Python environment, is worth exactly one person's availability. Everyone else who wants a prediction sends the inputs over chat and waits for a number to come back, and the queue is however busy that person happens to be.

The usual workaround is a written note: here is how you install it, here are the columns, here is the order of the arguments. Half the questions still land back on the modeller, because a manual cannot answer the case it did not anticipate.

A STOCHOS Flow workflow that loads inputs, trains a model, and ends in an Export Web App node, alongside the folder of files that export produces.
One node exports the trained workflow as a self-contained app: a folder with a launch script, ready to hand over.
What ships

The Export Web App node in STOCHOS Flow turns a finished workflow into a standalone Streamlit app. The person using it moves the sliders and reads the result. In the episode example, a polymer viscosity model with a handful of formulation inputs became an app a colleague could drive without ever opening Flow.

Inside the exported app
Input sliders
One control per model input, moved within the ranges the workflow was built on.
Prediction with 95 percent band
The mean prediction and its confidence interval together, so the reader sees the range, not a bare number.
CSV download
The inputs and predictions written out to a file, ready for the next step or the record.
Runs standalone
A Streamlit app that opens in a browser. No Flow, and no Python environment, on the colleague's side.

The confidence band is the part that matters most in the handover. It is the model speaking: DIM-GP predicts a mean and an interval, and the app carries both through, so a colleague deciding from it works with the range rather than a point that looks more certain than it is.

The exported viscosity-predictor app running in a browser, with input sliders on the left, a Predict button, and a predicted curve with a confidence interval and a CSV download.
The exported app runs in a browser. A colleague moves the sliders and reads the prediction with its confidence interval. No Python on their side.

Common questions

01Do my colleagues need Python to use the app?

No. The Export Web App node produces a standalone Streamlit app that opens in a browser. The people using it set the inputs and read the result; they do not install a Python environment.

02Does the confidence band come through to the app?

Yes. The band is the model speaking: DIM-GP predicts a mean and an interval, and the exported app shows both, so a decision made from the app inherits the uncertainty instead of losing it.

03What happens when I retrain the model?

Export again. The app reflects whichever workflow produced it, so once the retrained workflow is ready you generate a fresh app from it and share that.

Related pages

STOCHOS Flow

The workflow layer: build the pipeline as a node graph, then export it as an app or a package.

Uncertainty Quantification

Where the confidence band comes from, and why it belongs next to every prediction.

When can you trust an AI prediction?

How to read the band your colleagues now see, and when it says go back to the solver.

News and Guides

Short answers to the questions engineers ask us, in one place.

Next step

Put your model in your colleagues' hands

Bring a workflow you would rather not re-run for everyone who asks. We will export it to an app they can open in a browser, confidence band and all.

Request a Demo STOCHOS Flow

Local-first. Your data stays on your infrastructure.

Partners, customers, and research collaborators
AnsysCADFEMSimuTech GroupMEScoTSNEBoschZFGEMUDLRAdler LackeMankiewiczDuluxPlixxentFraunhoferHochschule NiederrheinFUELL Lab AutomationHumotionUniversitaet HamburgRobert Bosch Stiftung