Database Integrations
AeroEBT supports integration with various database systems to enable data synchronization, reporting, and analytics capabilities.
Overview
Database integrations allow AeroEBT to connect with your organization's existing database infrastructure, enabling:
- Real-time data synchronization
- Historical data analysis
- Cross-system reporting
- Data warehousing and business intelligence
- Backup and disaster recovery
Supported Database Systems
PostgreSQL
PostgreSQL integration provides full-featured relational database connectivity.
Features:
- Native PostgreSQL protocol support
- Read and write operations
- Transaction support
- Connection pooling
- Replication support
Use cases:
- Real-time data synchronization
- Master data management
- Transactional data operations
- Complex query operations
PostgreSQL integration supports standard PostgreSQL protocols and features.
MySQL / MariaDB
MySQL and MariaDB integration support for relational database operations.
Features:
- Native MySQL protocol
- Read and write operations
- Stored procedure support
- Replication capabilities
Use cases:
- Legacy system integration
- Data migration
- Cross-database reporting
MySQL and MariaDB integration supports standard MySQL protocols and features.
Microsoft SQL Server
SQL Server integration for enterprise database connectivity.
Features:
- Native SQL Server protocol
- Read and write operations
- Integration Services (SSIS) support
- Always On availability groups
Use cases:
- Enterprise data integration
- Business intelligence integration
- Enterprise reporting
SQL Server integration supports native SQL Server protocols and enterprise features.
Oracle Database
Oracle Database integration for enterprise-level database operations.
Features:
- Oracle Net protocol support
- Read and write operations
- PL/SQL support
- Data Guard integration
Use cases:
- Enterprise data warehousing
- Legacy system integration
- Enterprise reporting
Oracle Database integration supports Oracle Net protocols and enterprise features.
Data Warehouses
Integration with cloud data warehouse solutions for analytics and reporting.
Snowflake
Snowflake integration for cloud data warehousing.
Features:
- Native Snowflake connectors
- Bulk data loading
- Query federation
- Secure data sharing
Use cases:
- Large-scale data analytics
- Business intelligence
- Data science workflows
- Historical data analysis
Snowflake integration supports cloud data warehousing and analytics workloads.
Amazon Redshift
Amazon Redshift integration for AWS-based data warehousing.
Features:
- Native Redshift connectors
- COPY command support
- Spectrum integration
- Columnar storage optimization
Use cases:
- AWS ecosystem integration
- Large-scale analytics
- Data lake integration
Amazon Redshift integration supports AWS-based data warehousing and analytics.
Google BigQuery
Google BigQuery integration for Google Cloud data analytics.
Features:
- Native BigQuery connectors
- Streaming inserts
- Query federation
- ML integration
Use cases:
- Google Cloud ecosystem integration
- Real-time analytics
- Machine learning workflows
Google BigQuery integration supports Google Cloud data analytics and ML workflows.
Integration Methods
Direct Database Connection
Direct connection to databases using native protocols.
Advantages:
- Low latency
- Full database feature support
- Transaction support
- Real-time synchronization
Considerations:
- Network security requirements
- Connection management
- Database load impact
ETL/ELT Pipelines
Extract, Transform, Load (or Load, Transform) pipelines for data integration.
Advantages:
- Data transformation capabilities
- Batch processing
- Error handling
- Data quality checks
Considerations:
- Processing latency
- Infrastructure requirements
- Maintenance overhead
Change Data Capture (CDC)
Real-time change tracking and synchronization.
Advantages:
- Real-time updates
- Low overhead
- Minimal database impact
- Incremental updates
Considerations:
- Database-specific implementations
- Initial setup complexity
- Monitoring requirements
Getting Started
Prerequisites
- Database administrator access
- Network connectivity between AeroEBT and database
- Understanding of database schema
- Security credentials and permissions
Integration Planning
- Assess database compatibility: Verify database version and features
- Define data requirements: Identify what data needs to be synchronized
- Plan security approach: Design authentication and encryption strategy
- Design data model: Map AeroEBT data to database schema
- Plan for growth: Consider scalability and performance requirements
Security Configuration
Database integrations require careful security configuration:
- Network Security: Use VPN, private networks, or database-specific network rules
- Authentication: Strong authentication methods (certificates, encrypted passwords)
- Encryption: TLS/SSL for data in transit
- Access Control: Principle of least privilege for database access
- Audit Logging: Enable database audit logs
Connection Configuration
Configure database connections with:
- Connection strings or connection parameters
- Authentication credentials (stored securely)
- Connection pooling settings
- Timeout and retry configurations
- SSL/TLS settings
Data Synchronization Patterns
One-Way Sync
Unidirectional data flow (AeroEBT → Database or Database → AeroEBT).
Use cases:
- Reporting data export
- Reference data import
- Analytics data loading
Bidirectional Sync
Two-way data synchronization between systems.
Use cases:
- Master data management
- Cross-system updates
- Shared configuration data
Real-Time Sync
Immediate synchronization of data changes.
Use cases:
- Critical operational data
- Live dashboards
- Real-time reporting
Batch Sync
Scheduled batch synchronization of data.
Use cases:
- Historical data loading
- Non-critical updates
- Resource-efficient synchronization
Performance Considerations
Connection Pooling
- Configure appropriate pool sizes
- Monitor connection utilization
- Handle connection failures gracefully
Query Optimization
- Optimize queries for performance
- Use appropriate indexes
- Monitor query execution times
- Implement query result caching where appropriate
Data Volume Management
- Implement pagination for large result sets
- Use batch operations for bulk updates
- Consider data archiving strategies
- Monitor data growth patterns
Monitoring and Maintenance
Health Monitoring
- Monitor database connection health
- Track synchronization status
- Monitor query performance
- Set up alerts for failures
Data Quality
- Implement data validation rules
- Monitor for data inconsistencies
- Regular data quality audits
- Error reporting and resolution
Maintenance Tasks
- Regular connection testing
- Performance tuning
- Schema change management
- Backup and recovery testing
Compliance and Governance
Data Governance
- Maintain data lineage documentation
- Implement data classification
- Follow data retention policies
- Ensure data quality standards
Regulatory Compliance
- Aviation industry regulations
- GDPR compliance (EU data)
- Data protection standards
- Audit trail requirements
Troubleshooting
Common Issues
Connection failures
- Verify network connectivity
- Check firewall rules
- Validate credentials
- Review connection pool settings
Performance issues
- Review query performance
- Check database indexes
- Monitor connection pool utilization
- Optimize data volume
Data synchronization errors
- Review error logs
- Check data format compatibility
- Verify schema mappings
- Validate data constraints
Support
For additional assistance with database integrations:
- Documentation: Comprehensive guides for each database system
- Configuration Support: Assistance with connection setup
- Support Team: Contact support@skydynamics.aero
- Database-Specific Guides: See individual database integration documentation