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declarative-warehouse-automation
Implement enterprise-grade CI/CD for Snowflake data warehouses with zero-downtime deployments and instant rollback capabilities
SQL
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Snowflake
dbt
SQLMesh
Airflow
Terraform
Project Overview
What You'll Build
A complete DataOps platform that treats your data warehouse like software - with version control, automated testing, and safe deployments. Data teams can push changes to production multiple times per day without breaking dashboards.
Why This Project Matters
- Solve Real Pain: 67% of data teams deploy manually, causing outages and slow delivery
- Enterprise Skills: Learn practices used at top tech companies for data reliability
- Career Growth: DataOps engineers command 20-30% salary premiums
Tech Stack Explained for Beginners
Technology | What it is | Why you'll use it |
---|---|---|
Snowflake | Cloud data warehouse platform | Your target database - where business data lives |
dbt | Data transformation tool using SQL | Define data models as code with built-in testing |
SQLMesh | Next-gen transformation framework | Provides "time travel" between data versions |
Airflow | Workflow orchestration platform | Schedules and monitors your data pipelines |
Terraform | Infrastructure-as-code tool | Manages Snowflake resources programmatically |
Monte Carlo | Data observability platform | Detects data quality issues automatically |
Step-by-Step Build Plan
- Week 1: Set up Snowflake trial and development environment
- Week 2: Create dbt project with sample e-commerce models
- Week 3: Implement SQLMesh for environment management
- Week 4: Build CI/CD pipeline with automated testing
- Week 5: Add blue-green deployment strategy
- Week 6: Implement monitoring and rollback procedures
- Week 7: Create disaster recovery runbooks
Detailed Requirements
Functional Requirements
- Development Workflow:
- Isolated dev environments per developer
- Feature branch deployments for testing
- Automated PR checks (schema, performance)
- One-click promotion to production
- Data Models:
- 20+ dbt models (staging, intermediate, marts)
- Full test coverage (unique, not null, relationships)
- Documentation with business definitions
- Incremental processing for large tables
- Deployment Features:
- Blue-green deployments (zero downtime)
- Automatic rollback on test failure
- Deployment history and audit trail
- Break-glass emergency procedures
Technical Requirements
- Performance:
- Model builds complete in < 10 minutes
- Blue-green switch in < 30 seconds
- No query disruption during deploy
- Warehouse auto-suspend at $10/day
- Quality Gates:
- 100% of models have primary key tests
- Data freshness SLA monitoring
- Row count variance checks (±5%)
- Schema change detection
- Operations:
- Full deployment rollback in < 1 minute
- Automated backups before changes
- Slack notifications for deployments
- Cost tracking per model/pipeline
Prerequisites & Learning Path
- Required: SQL proficiency and basic Git knowledge
- Helpful: Experience with any data warehouse
- You'll Learn: DataOps, warehouse optimization, enterprise deployment patterns
Success Metrics
- Deploy 50+ changes without downtime
- Achieve <1% failed deployment rate
- Reduce deployment time from hours to minutes
- Maintain data freshness SLA of 99.9%
- Keep Snowflake costs under $300/month
Technologies Used
SnowflakedbtSQLMeshAirflowTerraform
Project Topics
#snowflake#dbt#sqlmesh
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