validation

Validate data analysis results against quality and reproducibility standards.

Updated Aug 23, 2026
One-click install
npx skills add https://github.com/jbreel77888/Agent-AiNorx --skill validation-jbreel77888
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: validation
Source: https://github.com/jbreel77888/Agent-AiNorx/tree/main/.kortix/opencode/skills/GENERAL-KNOWLEDGE-WORKER/validation
Command: npx skills add https://github.com/jbreel77888/Agent-AiNorx --skill validation-jbreel77888

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Sharing flawed, irreproducible data analysis with stakeholders leads to poor business decisions, wasted resources, and eroded trust in data teams. This Skill eliminates that risk by providing a standardized validation workflow for all data analysis work.

Core Features & Use Cases

  • Comprehensive Pre-Delivery QA Checklist: Covers data quality, calculation logic, reasonableness, and presentation checks to catch errors before analysis is shared.
  • Common Pitfall Prevention: Identifies and provides mitigation steps for frequent data analysis mistakes including join explosion, survivorship bias, and denominator shifting.
  • Result Sanity Checking & Documentation Standards: Validates key metrics against known benchmarks and provides templates for documenting methodology, assumptions, and queries for full reproducibility.
  • Use Case: A data analyst preparing a monthly revenue report for leadership can use this Skill to verify their numbers are accurate, their methodology is sound, and their findings can be replicated by other team members.

Quick Start

Use the validation skill to run a full pre-delivery QA check on your latest user engagement analysis before sharing it with the product team.

Frequently Asked Questions about validation

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

FAQPage Schema
How do I validate data analysis results before sharing them with stakeholders?▼

Validating data analysis before delivery involves running structured pre-delivery QA checks to catch data quality issues, calculation errors, and common analytical pitfalls. This process ensures results are accurate, methodology is sound, and findings can be replicated by other team members.

What are common data analysis pitfalls I should check for in a pre-delivery QA workflow?▼

Common data analysis pitfalls to check for include join explosion, survivorship bias, and denominator shifting. A pre-delivery QA workflow identifies these frequent mistakes and provides structured mitigation steps to prevent flawed or irreproducible findings from reaching stakeholders.

How do I ensure reproducibility in data reporting and financial forecasting?▼

Ensuring reproducibility in data reporting requires documenting methodology, assumptions, and queries used in the analysis. By applying structured validation standards, teams can validate key metrics against known benchmarks and provide templates for full analytical reproducibility.

Does this data validation process work for revenue reporting and user behavior analysis?▼

Yes, this data validation process applies to all data analysis tasks including revenue reporting, user behavior analysis, and financial forecasting. It standardizes result sanity checking and cross-validation against known benchmarks to verify numbers are accurate before delivery.

What is the best way to sanity check key metrics against known benchmarks?▼

The best way to sanity check key metrics is applying a comprehensive pre-delivery QA checklist that validates data quality, calculation logic, and reasonableness. This cross-validation against known benchmarks catches calculation errors before analysis is shared with stakeholders.

Why does flawed data analysis lead to poor business decisions and wasted resources?▼

Flawed data analysis leads to poor business decisions because stakeholders act on inaccurate numbers and irreproducible methodologies. Implementing a standardized validation workflow eliminates this risk by catching data quality issues and calculation errors before delivery.