What problem does it solve? Creating believable test and demo datasets for Databricks is tedious: naive random data lacks realistic distributions, referential integrity, and time-based patterns, making downstream pipelines and dashboards unconvincing. This Skill guides the generation of story-driven synthetic data with correlated attributes and saves it as raw Parquet files to Unity Catalog Volumes. ## Core Features & Use Cases - Realistic Distributions: Uses log-normal, exponential, Pareto, and weighted categorical distributions instead of uniform randomness, plus weekday/weekend, holiday, seasonality, and incident-spike time patterns. - Referential Integrity & Row Coherence: Generates master tables first, then child tables with valid foreign keys, and correlates attributes within rows (tier affects priority, priority affects resolution time, resolution affects CSAT). - Databricks-Native Workflow: Writes Python scripts locally, executes them on Databricks via MCP tools with cluster/context reuse, creates catalog/schema/volume infrastructure in-script, and saves raw Parquet to Volumes for downstream Spark Declarative Pipelines. - Use Case: Generate 2,500 customers, 25,000 orders, and 8,000 support tickets spanning the last 6 months with an Auth incident spike three weeks ago, then feed the raw data into a bronze/silver/gold medallion pipeline. ## Quick Start Ask the AI to generate a synthetic dataset of customers, orders, and support tickets for the last six months and save it as Parquet files to a Unity Catalog Volume in the ai_dev_kit catalog.