analyze-my-data

Analyze business data for experiment lift, anomalies, and data-quality audits.

2|Updated May 8, 2026
One-click install
npx skills add https://github.com/akiotanaka847/qaio-desktop --skill analyze-my-data
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: analyze-my-data
Source: https://github.com/akiotanaka847/qaio-desktop/tree/main/store/agents/operations/.agents/skills/analyze-my-data
Command: npx skills add https://github.com/akiotanaka847/qaio-desktop --skill analyze-my-data

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It turns unclear business performance and data issues into rigorous, evidence-based conclusions with explicit ship/kill/iterate guidance for experiments.

Core Features & Use Cases

  • Experiment readouts with lift and decisions: Computes significance, confidence intervals, guardrail deltas, and returns a clear call (ship/kill/iterate/inconclusive-extend) rather than vague impressions, e.g., evaluating whether an A/B test result is strong enough to act on.
  • Anomaly sweeps against rolling baselines: Detects metrics deviating past per-metric thresholds (with baseline shown) and proposes likely causes tied to recent operational context.
  • Data-quality (DQ) audits for reliability: Checks null rates, duplicates, freshness expectations, and referential integrity to flag which tables or joins are likely breaking downstream analysis.

Quick Start

Use analyze-my-data to generate an experiment readout for an A/B test by providing your warehouse query (or pasted variant aggregates), the hypothesis, primary metric, and guardrails, and ask for a ship/kill/iterate/inconclusive decision.

Frequently Asked Questions about analyze-my-data

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I get a ship or kill decision from my A/B test results?

To get a ship or kill decision for A/B testing, you provide your warehouse query, hypothesis, primary metric, and guardrails. The analysis computes significance, confidence intervals, and guardrail deltas to return a clear ship, kill, iterate, or inconclusive-extend call.

How does anomaly detection against rolling baselines work for daily metrics?

Anomaly detection against rolling baselines works by sweeping daily metrics to identify deviations past per-metric thresholds. It displays the baseline used and proposes likely causes tied to recent operational context, helping you address metric shifts quickly.

What is a data-quality audit for operational warehouse tables?

A data-quality audit for operational warehouse tables is a reliability check that examines null rates, duplicates, freshness expectations, and referential integrity. It flags which tables or joins are likely breaking downstream analysis.

Can I run SQL data quality checks without write access to the warehouse?

Yes, you can run SQL data quality checks with read-only data access. The process validates baselines and threshold rules while outputting dated analysis reports and structured DQ artifacts without requiring write permissions.

What is the best way to evaluate experiment lift and statistical significance?

The best way to evaluate experiment lift and statistical significance is to input variant aggregates and guardrail metrics. This produces an evidence-based readout with transparent caveats and explicit decision calls rather than vague impressions.

Why does my downstream analysis break after warehouse table updates?

Downstream analysis breaks after warehouse table updates when data-quality issues exist. Running a DQ audit checks for high null rates, duplicate records, stale freshness, and broken referential integrity to identify the failing joins.