Decision Dataset Foundry

We structure human judgment, actions, and failures from live operations into datasets for AI improvement.

How to quickly see whether this service fits

We surface the key points you need for a first decision.

4-12 weeks

Best fit for

Teams where recommendation/judgment is core, teams blocked by public-data limits, and orgs reducing failure/churn

First thing we tackle

4-12 weeks

Check this first

Idea stage with little/no real decision execution

Service Overview

Decision Dataset Foundry intentionally creates, captures, and normalizes tacit knowledge, reasoning, failure cases, and field context during live operations, then turns them into proprietary, model-ready data assets.

Across procurement, marketing, CS, real estate, commerce, health, and more, we capture and normalize real proceed-or-pause decisions, scoring, failure reasons, and execution outcomes into model-trainable decision datasets.

Key Benefits

Unlock performance gains with non-public judgment/failure data
Build hard-to-copy proprietary datasets
Improve alerts, hold decisions, and recommendations from failure patterns
Expand decision automation gradually and safely
Extract cross-domain strategic insights
Create long-term lock-in as data and models compound

Process

1

Define domain and judgment points (recommend/select/execute/stop/fail)

2

Design schema, labels, collection UI, and logging policy

3

Build collection pipeline across APIs/logs/dashboard/tagging/database

4

Run labeling operations with rule-based first pass and human QA

5

Package/evaluate dataset with sampling, bias checks, and quality report

6

Connect to training and continuously improve operations

Deliverables

Decision Event Schema v1
Labeling Guideline (failure reasons, risk tags, rationale templates)
Dataset Package (train/valid/test + data dictionary)
Data Quality Report (missing/duplicates/bias/consistency)
Model Improvement Plan (data-to-model KPI loop)
Governance & Privacy Note (consent/de-identification/retention)

Service Information

⏱️ Implementation Period
4-12 weeks
👤 Human Resources
3-6 hours/week
🎯 Suitable Organization
Teams where recommendation/judgment is core, teams blocked by public-data limits, and orgs reducing failure/churn
📋 Prerequisites
At least one live workflow/MVP with real decisions, outcome logging structure, and data consent/security principles

Self-Diagnosis Checklist

📋 Suitable Cases

  • Procurement/bidding: recommendation -> proceed-or-pause decision -> execution -> success/failure for better Fit Score
  • Real estate: listing score/risk judgment linked with field outcomes to improve prediction
  • Commerce seller ops: item-selection decisions linked to margin/risk and sales outcomes

⚠️ Unsuitable Cases

  • Idea stage with little/no real decision execution
  • Organizations unable to establish consent and data-security practices

Design Approach

AI:

Rule-based first-pass tagging, similar-case retrieval, baseline scoring, and data-quality checks

⚠️ Human:

Approve label definitions, run sampling QA, set KPI targets, and govern sensitive-data policy

Not Working:

No outcome capture, unstable label criteria, or requests for unsafe collection without de-identification

Real Implementation Case

Before

Humans made decisions, but reasons and outcomes were not captured, so AI did not improve

After

Judgment, failure, and outcomes accumulate as datasets, continuously improving model accuracy and automation

⚠️ Early schema design is critical because failure definitions and outcome metrics differ by domain.

Verification Results

51
Verified Companies
0
Incidents
Verification Period: Continuous operation model (project duration varies, dataset accumulation is ongoing)

Recommended Path

Data / Performance Analytics

When data is accumulating but it is unclear what to watch or how to read performance structurally

AI Business Intelligence DashboardDecision Dataset Foundry
Shared service rules

We answer the highest-risk questions before procurement does.

For B2B customers, trust is not a supporting detail. These five rules are the baseline across our service surfaces.

Data scope

We use the minimum information needed for the workflow and explain what enters the system and what is stored.

AI usage boundary

We separate AI-supported steps such as summarization, recommendation, and draft generation from final human judgment.

Human approval points

External delivery, customer response, final submission, and spending-related steps default to human review.

Logs and auditability

Operators should be able to trace what entered, what was suggested, and where the process stopped when something fails.

Access control

We separate operator, reviewer, and admin responsibilities and avoid broad access to internal-only data.

What we lock before launch

  • What data can enter the workflow
  • Which outputs must never go out without review
  • Where the flow stops and who confirms issues
  • What logs operators need to resolve incidents quickly

What you can confirm before talking to us

Data scope

Human approval points

Logs and auditability

Service Information

Project Duration

Initial build 4-6 weeks, stabilization 8-12 weeks

Price

Scope-based pricing by domain count and labeling complexity (PoC -> scale contract recommended)

Implementation Period

4-12 weeks

Human Resources

3-6 hours/week

Suitable Organization

Teams where recommendation/judgment is core, teams blocked by public-data limits, and orgs reducing failure/churn

Verification Results

Verified Companies51
Incidents0
Verification Period: Continuous operation model (project duration varies, dataset accumulation is ongoing)

Main Services

  • Decision-event schema design: standardize proceed-or-pause status, score (0-100), risk tags, rationale text, and outcomes
  • Failure/churn/hold data generation: collect why it failed or paused via structured + narrative inputs
  • Cross-domain normalization: map domain-specific judgments into common features
  • Human-in-the-Loop labeling: auto classification + human review for high-quality labels
  • Training dataset packaging: train/valid/test split with quality metrics
  • Model improvement loop: prediction -> execution -> outcome -> retraining