solution / 03 · supervised fine-tuning data

Supervised fine-tuning data. Examples a practitioner would sign.

In fine-tuning, the model becomes what it is shown. eeko commissions demonstrations, reasoning traces, and multi-turn dialogues from credential-checked specialists, writes them to a versioned style guide, and has a second expert check every item before it counts. Pilot set first, fixed price.

Written by domain experts Second-reviewed, every item Origin recorded per item Fixed scope, fixed price
Hero image · 840 × 1050
items checked by a second expert
100%
correctness, completeness, and guide adherence
style guide
v1→
versioned, with the version stamped on each item
origin classes recorded
3cls
human-made, AI-assisted, AI-generated
reply from a data lead
1bday
a person with questions, not an autoresponder

What is supervised fine-tuning data?

Supervised fine-tuning data is a set of prompts paired with the responses you want the model to give. After pre-training, it is the first thing that shapes how a model behaves: what it knows how to do, how it structures an answer, when it hedges, when it asks a question, and when it declines. The model copies the examples. If the examples are subtly wrong, the model is confidently wrong.

That puts the weight on authorship. A few thousand demonstrations written by people whose colleagues would act on that answer usually move a model further than a hundred thousand scraped or model-generated ones. It also puts weight on consistency: thirty experts writing in thirty voices teach a model to be thirty assistants.

eeko fine-tunes the assistants we ship inside enterprise knowledge systems and agent deployments, so our SFT data is built the way we need it ourselves: specialist authors, one versioned style guide, a second specialist on every item, and an honest record of whether a human wrote it.

Style guide image · 2100 × 900
One guide, one version number per item. When the guide changes, you can tell which demonstrations predate the change.

SFT datasets, from coverage plan to receipt.

Six pieces of work, scoped against one written specification. Most engagements use four or five of them.

01 / demosCORE
Expert demonstrations
Prompt and response pairs authored by domain specialists, to your coverage plan. The response carries the caveats, structure, and judgment a practitioner would actually use.
  • Clinical, legal, financial, scientific, technical
  • Short answers to long-form documents
02 / tracesREASONING
Reasoning traces
Worked solutions for math, science, code, and analysis in which every step can be checked. The reviewer verifies the steps, not only the result.
  • Notation and assumption rules set in the guide
  • Step-level review
03 / dialoguesCORE
Multi-turn dialogues
Conversations with clarifying questions, corrections, follow-ups, tool calls, and the refusals your policy requires, so the model learns the whole exchange and not just the last turn.
  • Clarify, correct, refuse, recover
  • Tool-use transcripts to your schemas
04 / guideCORE
Style guide authoring
Tone, length, formatting, citations, when to ask rather than assume, and how to express uncertainty, drafted with your team or adopted from your existing guide. Versioned from the first item.
  • Calibration set before production
  • Version stamped on every item
05 / reviewREVIEW
Second-expert review
Another specialist checks each item for correctness, completeness, and adherence to the guide. Items can be returned with comments, and the review outcome stays attached to the item.
  • Return-with-comments loop
  • Reviewer ID on the record
06 / coverageCORE
Coverage plan
A taxonomy of task types and difficulty tiers, built from your failure cases, so the set covers what the model is missing instead of more of what it already does well.
  • Task and difficulty taxonomy
  • Volume directed by eval results

Expert demonstrations for LLMs, one item at a time.

Volume comes from running this loop many times in parallel, not from loosening it.

Review loop image · 1200 × 900
Writer and reviewer are different people from the same field. Neither can accept their own work.

From brief to accepted item

  • Brief — the writer receives a prompt from the coverage plan, the current guide version, and the acceptance criteria for that task type.
  • Draft — a specialist writes the response, trace, or dialogue the way they would for a colleague who will rely on it.
  • Attest — the writer records how the item was produced: human-made, AI-assisted, or AI-generated.
  • Check — intake fingerprints the text, scans for generator signatures, and compares against registered and known material.
  • Review — a second expert checks correctness, completeness, and guide adherence, and returns it with comments if it falls short.
  • Accept — the item, its origin class, its guide version, and its review record join the hash-chained trail for the order.

Returned items are revised by the original writer and reviewed again. An item that cannot be made to pass is dropped and replaced, never delivered with a note.

A reasoning trace that did not pass first time.

An illustrative item from a commissioned set of worked financial-analysis problems, followed from draft to acceptance.

// item-2281.log guide-v1.4.log receipt.log
tail -f
10:02 DRAFT Prompt from coverage tier 3 (multi-step valuation). Writer, a credentialed analyst, submits a nine-step worked solution under guide v1.4.Attestation: human-made, no AI assistance SUBMITTED
10:03 ORIGIN Text fingerprint computed; no match against registered or known material. No generator signatures in metadata.Origin class recorded as declared HUMAN
11:40 REVIEW Second analyst verifies each step. Step six applies a pre-tax rate where the guide requires after-tax; final figure correct by coincidence.Returned with a comment on step six RETURNED
13:15 REVISE Writer corrects step six and the dependent steps, and adds the assumption statement the guide asks for.Revision stored alongside the original draft RESUBMITTED
13:50 ACCEPT Reviewer confirms all steps and guide adherence. Item accepted with writer ID, reviewer ID, guide version, and review history.Appended to the hash-chained audit trail ACCEPTED
ship RECEIPT Item listed by ID and hash on the signed delivery receipt for the batch, in your trainer's schema.JSON Lines validated before signing DELIVERED

From coverage plan to a signed set.

Fixed scope, fixed price, pilot before volume. Standing orders repeat the loop as your evals find new gaps.

STEP 01
Plan and guide
We build the coverage taxonomy from your failure cases and draft or adopt the style guide. Both are versioned before any writing starts.
STEP 02
Writer onboarding
Credentialed specialists learn the guide and pass a calibration set. Only those who clear it write production items.
STEP 03
Pilot set
A focused set across your top task types. You train on it, measure on your own evals, and tell us which categories moved.
STEP 04
Scale and deliver
Volume goes where the pilot showed results. Each batch ships schema-validated, in your format, with a signed receipt naming every item.
Reasoning trace image · 2100 × 900
Every step checked, every item attributed. The model learns the method, not just the answer.

Supervised fine-tuning data questions.

What is supervised fine-tuning data?

Supervised fine-tuning data is a set of prompts paired with the responses you want the model to produce, used after pre-training to teach behavior by example. Each example shows the model what a good answer looks like in your domain: its content, its structure, its tone, and how it handles uncertainty. The model imitates what it sees, which is why who writes each example matters more than how many there are.

How many SFT examples do we need?

Fewer than most teams expect, if they are the right ones. The number turns on what behavior you are teaching and which base model you start from. We usually start with a focused pilot set across your highest-priority task types, you measure the effect on your own evals, and then we scale only the categories that moved. The coverage plan sends volume to where it changes the model instead of fixing a count in advance.

Do you write reasoning traces as well as final answers?

Yes. For math, science, code, and analysis we commission full worked solutions with every intermediate step visible, and the second reviewer checks the steps, not only the conclusion. How much working to show, where to state assumptions, and what notation to use are all set in the style guide, so traces from different writers read as one consistent assistant.

How do you stop writers from using AI to draft demonstrations?

Each writer attests to how an item was produced, and the record stores it as human-made, AI-assisted, or AI-generated. Intake scans for generator signatures in metadata and runs text fingerprints against registered and known material. The second-expert review catches the familiar shape of unedited model output. If your specification requires fully human-written items, anything marked assisted or generated is left out.

How much does SFT data cost?

Per item, against the agreed specification. The price moves with the expertise needed, how long and hard each demonstration is, whether a reasoning trace is included, how many turns a dialogue runs, and how deep the review goes. A long clinical or legal answer with a second specialist's review costs more than a brief general-purpose answer. Volume pricing applies to larger and standing orders, and the pilot set is priced on its own.

Can we use our own style guide?

Yes, and most teams with a deployed assistant should. Writers learn your guide and pass a calibration set before touching production. If you do not have one, we write one together during scoping. In both cases the guide carries a version number, each item stores the version it was written under, and mid-project changes are tracked so older items can be filtered or revised.

Can SFT data include tool use and agent transcripts?

Yes. Writers can produce transcripts where the assistant calls tools, reads results, recovers from errors, and asks for clarification, following the tool schemas you provide. These items need writers who have worked with the workflow in question, which we account for in selection. It is the same kind of demonstration data we use to shape the agents eeko builds for its own enterprise clients.

Show the model what good looks like.

Five minutes to send a dataset request. Within one business day a data lead comes back with questions, a draft coverage plan, and a per-item price. No deck. A ranked list of what to write first.

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Markets served.

As an enterprise AI agency, eeko systems delivers production AI systems remote-first across the United States and internationally — including these markets:

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