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Fine-tune and track AI models end to end

A fine-tuning platform that handles training runs, version tracking, and evaluation — coming to askFinz for teams who need AI built on their own data.

Abstract black and white graphic featuring a multimodal model pattern with various shapes.
Photo: Google DeepMind / Pexels

General-purpose AI models are impressive until you need them to do something specific to your domain. A support model that doesn't understand your product. A classification model that doesn't know your categories. A summarisation model that doesn't match your house style. At that point, most teams face the same problem: fine-tuning is the right answer, but the infrastructure to do it well — track experiments, version models, evaluate outputs — is expensive and time-consuming to build yourself.

Fine-tuning and model tracking is coming to askFinz as part of the Train workspace, currently in beta.

Upload datayour examples Run trainingtracked run by run Evaluatecompare versions Deployinto your workflow
Training data in, a versioned and evaluated model out — with every run recorded.

The gap this fills

Most teams approaching fine-tuning for the first time discover the same thing: the training step is only a fraction of the work. Before it, you need clean, well-structured data. During it, you need to track which run used which configuration — or the experiments become impossible to reproduce. After it, you need to evaluate whether the new version is actually better than the last, and on what dimensions. Without tooling that handles this as a complete loop, teams end up doing it in spreadsheets and shared drives, which quickly becomes untenable.

The fine-tuning platform coming to askFinz is designed to handle that full cycle, not just the training step.

What the Train workspace is being built to do

  • Manage training data in one place. Upload examples, review and label them, and maintain dataset versions — so you always know which data a given model was trained on.
  • Track every run automatically. Each training job records its configuration, duration, and metrics. Comparing two runs is a matter of selecting them side by side, not reconstructing from logs.
  • Evaluate outputs before promoting a model. Run structured evaluations against held-out examples and see where the new version improves or regresses — before it touches a live workflow.
  • Version and roll back. Every model checkpoint is stored and labelled. If a new version underperforms in production, rolling back is a deliberate, documented action — not a scramble.

Who this is being built for

Product teams who have trained a model once and found the second iteration harder to manage. Research teams who run many experiments and need reproducibility without a dedicated MLOps engineer. Businesses that have proprietary data — customer conversations, internal documents, labelled examples — and want AI that actually reflects it.

The beta is open now for teams who want to shape how the platform develops. Early access means early influence on the feature set.

How it fits the workspace

Because Train is part of askFinz, a fine-tuned model can move directly into your AI workflows — the same session that trains the model can use it in Chat, test it against Research queries, or connect it to an automated workflow. The model isn't stuck in an isolated training environment; it becomes a working part of your toolset.

Request beta access to be part of the early group.

Further reading

  • Drag-and-drop AI workflow automation — how a fine-tuned model connects to automated workflows once it's trained.
  • AI for wealth & finance teams — an example of how domain-specific AI changes the quality of the output.
  • Hugging Face's open documentation on fine-tuning is a thorough reference for teams exploring the technical foundations of the approach.
A glimpse of the workspace

See it in askFinz.

train.askfinz.ai · liveRunning
support-tone · LoRA fine-tune
base: open-weight-70B · dataset: tickets-cleaned-9.4k · started 03:42 ago
00:20
Training loss1.140
2.81.70.5step 0step 350step 700step 1000step 1350
Epochs4 / 12
start33%finish
learning rate
2e-4
batch size
16
seq length
4096
GPU
78%UTIL
vRAM
68 / 80 GB
temp
71 °C
Evaluation
eval loss
perplexity
tone match

See how askFinz fits the way you work.