PostgreSQL
PostgreSQL is a powerful, open-source object-relational database system known for reliability, feature robustness, and performance. It's ideal for complex queries and custom procedures.
Deployment Steps
From the dashboard, click "Create New" and select "PostgreSQL"
Configure your database:
Name: Enter a unique identifier for your database
Description: Add a description to help identify the database purpose
Version: Select your preferred PostgreSQL version
Username/Password: Set credentials for database access
Visibility: Choose between public or private access
DB Name: Specify the name for your primary database
Backup: Enable/disable automated backups
Instance Types
Choose the instance type that best fits your workload:
Free Tier
Perfect for development and testing
Limited resources but no cost
Run 1 database for free
Standard
Balanced resources for general use
Recommended for production workloads
C1/C2 Compute
Optimized for compute-intensive workloads
Ideal for complex queries and analytics
M1/M2 Memory
Optimized for memory-intensive workloads
Perfect for large datasets and caching
Features
ACID Compliance
Atomicity
Consistency
Isolation
Durability
Advanced Features
Complex queries
Custom functions
Stored procedures
Triggers
Views
Materialized views
Full-text search
Monitoring
Monitor your PostgreSQL instance through:
Logs Tab
Real-time log streaming
Search functionality
Error highlighting
Timestamp-based filtering
Metrics
CPU usage
Memory utilization
Disk usage
Network transfer
Query performance
Connection count
Backup Management
Manage your database backups:
Automated Backups
Enable/disable automated backups
Set backup window
Configure retention period
Point-in-time recovery
Backup Tab
View backup history
Initiate manual backups
Restore from backup
Download backup files
Connection Information
After deployment, you'll receive:
Connection URL
Authentication credentials
Port information
SSL/TLS certificates (if applicable)
Example connection string:
Best Practices
Security
Use private visibility when possible
Implement strong passwords
Regularly rotate credentials
Limit network access
Use SSL/TLS encryption
Performance
Monitor resource utilization
Choose appropriate instance type
Regular VACUUM operations
Proper indexing strategy
Connection pooling
Backup
Enable automated backups
Test restore procedures
Keep backup window during low-traffic periods
Maintain backup copies
Verify WAL archiving
Troubleshooting
Common issues and solutions:
Connection Issues
Verify network access
Check credentials
Confirm port accessibility
Validate SSL/TLS settings
Review pg_hba.conf
Performance Problems
Monitor resource metrics
Check slow queries
Review index usage
Analyze query plans
Check for bloat
Backup Failures
Verify storage space
Check backup user permissions
Review backup logs
Validate backup configuration
Check WAL settings
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