PostgreSQL is the most advanced open-source relational database — and an increasingly common choice as the foundation of modern web applications, APIs, e-commerce systems, and analytical platforms. It offers advanced data types (JSONB, arrays, geometric types), full-text search, ACID transactions with MVCC isolation, streaming replication, and point-in-time recovery. At WebOptimo, we provide professional PostgreSQL administration — from server configuration tuning and query optimization, through designing backup strategies with WAL archiving, to configuring replication and 24/7 performance monitoring.
Default PostgreSQL configuration is designed for minimal compatibility, not performance. We adjust key parameters: shared_buffers (typically 25% of RAM), work_mem (for complex queries), effective_cache_size, maintenance_work_mem, wal_buffers, checkpoint_completion_target. Every parameter is based on workload analysis, database size, and query profile.
We use pg_stat_statements to identify the most frequent and slowest queries, EXPLAIN ANALYZE to analyze execution plans. We add missing indexes (B-tree, GIN for JSONB, GiST for spatial data), optimize complex queries with CTEs and window functions, and configure partitioning for large tables. Every optimization is measured and verified.
Autovacuum is a critical PostgreSQL process — it reclaims space from dead tuples and updates query planner statistics. Poorly configured autovacuum leads to table bloat, performance degradation, and excessive disk usage. We tune autovacuum_vacuum_threshold, autovacuum_vacuum_scale_factor, and autovacuum_naptime to match your database size and write intensity. We monitor bloat and respond proactively.
We perform PostgreSQL backups using pg_dump, pg_dumpall, and pg_basebackup. For production environments, we configure continuous WAL (Write-Ahead Log) archiving, enabling point-in-time recovery — restoring the database to any point in time, down to a single transaction. Copies are stored locally and remotely with encryption and retention rotation.
We configure PostgreSQL streaming replication — both synchronous and asynchronous. Hot standby as a read replica offloads the primary server, warm standby provides disaster recovery with minimal RPO. For advanced scenarios, we deploy logical replication — selective replication of specific tables or databases, zero-downtime migration, and PostgreSQL version upgrades without downtime.
We monitor key PostgreSQL metrics around the clock: transactions per second, shared_buffers utilization, cache hit ratio, slow queries, active connections, dead tuples and bloat, replication lag. We secure database access: pg_hba.conf configuration, SSL/TLS, roles and permissions following the principle of least privilege, encrypted connections.
PostgreSQL is a database that rewards proper configuration — and penalizes neglect. Default shared_buffers at 128 MB, disabled pg_stat_statements, autovacuum with factory thresholds on a database with millions of rows — that is a recipe for performance problems that accumulate gradually and surface at the worst possible moment. We administer PostgreSQL with attention to every parameter, because we know that a well-configured database is the foundation of a performant and reliable application.
PostgreSQL is the better choice when your application requires advanced data types (JSONB, arrays, geometric types), complex queries with CTEs and window functions, full-text search, ACID transactions with MVCC isolation, or high data integrity. PostgreSQL excels in web applications, e-commerce systems, APIs, and anywhere a relational database is a key architectural component.
WordPress requires MySQL or MariaDB by default. Plugins exist that enable PostgreSQL support (e.g., PG4WP), but this is not an officially supported configuration and may cause plugin compatibility issues. We recommend PostgreSQL for custom web applications, APIs, and e-commerce systems built outside WordPress. For WordPress and WooCommerce, MySQL or MariaDB is the better choice.
Optimization includes server configuration tuning (shared_buffers, work_mem, effective_cache_size, maintenance_work_mem, wal_buffers), slow query analysis using pg_stat_statements and EXPLAIN ANALYZE, adding indexes (B-tree, GIN, GiST), autovacuum configuration, query planner optimization, and partitioning large tables.
We perform PostgreSQL backups using pg_dump (logical database dump), pg_dumpall (all databases and roles), and pg_basebackup (full physical cluster copy). For large databases, we use incremental backups with WAL archiving, enabling point-in-time recovery — restoring the database to any point in time. Copies are stored locally and remotely with encryption.
Yes. We configure PostgreSQL streaming replication — both synchronous and asynchronous. Streaming replication enables hot standby (read replica) and warm standby (disaster recovery). For advanced scenarios, we configure logical replication, which allows replicating selected tables or databases.
Autovacuum is a PostgreSQL process responsible for reclaiming space from deleted and updated rows (dead tuples) and updating query planner statistics. Poorly configured autovacuum leads to table bloat, query performance degradation, and excessive disk usage. We tune autovacuum parameters to match your database size and write intensity.
Yes. We administer PostgreSQL on VPS and dedicated servers at any provider, as well as on managed cloud services — AWS RDS, Google Cloud SQL, DigitalOcean Managed Databases. We help you choose between self-hosted and managed PostgreSQL based on your performance requirements, budget, and administrative needs.
We will prepare a PostgreSQL administration and optimization offer tailored to your needs. No commitments, no marketing jargon — a concrete proposal after a short conversation or database analysis.
VAT ID: PL6391758393