Models Dashboard
The Models Dashboard, part of Paradime's Radar suite, offers comprehensive insights into your dbt™ model performance and dependencies. This tool enables teams to effectively monitor, optimize, and make data-driven decisions to enhance their data pipeline's efficiency and reliability.
Prerequisites
Completed dbt™ Monitoring setup in Radar's Get Started guide.
The Models dashboard is divided into two main sections:
Overview: Provides a high-level summary of all models. [link]
Detailed: Offers in-depth analytics for individual models. [link]
Overview Section
The Overview section gives you a broad perspective on your dbt™ models' performance, allowing you to uncover key insights, including:
1. Execution Efficiency and Reliability
Value: Quickly identify time-intensive models and assess overall reliability to find efficiency gains.

2. Materialization Strategy Analysis
Value: Understand the distribution of materialization types across your models to optimize resource usage and reduce costs.

3. Model Failure Analysis
Value: Pinpoint models that fail frequently to bolster reliability.

4. Schedule Dependency Insights
Value: Understand how models are utilized across different schedules.

Detailed Section
The Detailed section allows you to dive deep into individual model performance, providing comprehensive insights such as:
1. Model Reliability and Performance
Value: Analyze the consistency, reliability, and performance of individual models.

2. Execution Time Analysis
Value: Understand execution patterns and identify potential bottlenecks.

3. Model Invocation Trends
Value: Gain insights into the frequency and success of model executions over time.

4. Schedule Execution Details
Value: Get a comprehensive view of how the model is executed within different schedules.

How to Apply Filters
Locate the "Select date range" and "Select a model" dropdown at the top of the dashboard.
Choose your desired date range and specific model for analysis.
The dashboard will automatically update to reflect your selections, allowing for focused analysis of specific models over your chosen time period.

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