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Lightweight & Efficient

Expert PgBouncer Services

Professional Lightweight PostgreSQL Connection Pooling

Partner with certified PgBouncer experts to optimize PostgreSQL performance with efficient connection pooling, minimal memory footprint, and high-performance configuration. Our PgBouncer consultants deliver lightweight, scalable solutions for maximum database efficiency.

PgBouncer Installation
Professional installation and configuration of PgBouncer for your PostgreSQL environment.
Configuration Optimization
Fine-tune PgBouncer settings for optimal connection pooling and performance characteristics.
Monitoring Setup
Implement comprehensive monitoring and alerting for PgBouncer performance and health metrics.
PgBouncer connection pooling architecture with lightweight design, minimal overhead, and high performance
<10MB Memory
90% Less Connections

Pooling Strategies

PgBouncer Pooling Modes

Choose the optimal pooling strategy for your application requirements and performance needs.

Transaction Pooling

Web applications, OLTP workloads

Server connection returned to pool after transaction finishes. Best for most applications.

Highest efficiency
Most connections saved
Recommended default

Session Pooling

Complex applications, legacy systems

Server connection returned to pool after client disconnects. Compatible with all PostgreSQL features.

Full feature compatibility
Prepared statements
Temporary tables

Statement Pooling

Simple read-only applications

Server connection returned after each statement. Most aggressive pooling with limitations.

Maximum pooling
Lowest resource usage
Simple queries only

Complete PgBouncer Suite

PgBouncer Services We Provide

From initial setup to advanced optimization, we provide comprehensive PgBouncer services to maximize your PostgreSQL connection efficiency and performance.

PgBouncer Installation
Professional installation and configuration of PgBouncer for your PostgreSQL environment.
Configuration Optimization
Fine-tune PgBouncer settings for optimal connection pooling and performance characteristics.
Monitoring Setup
Implement comprehensive monitoring and alerting for PgBouncer performance and health metrics.
Security Configuration
Configure SSL support, authentication methods, and security best practices.
Performance Tuning
Optimize pooling modes and connection parameters for maximum efficiency.
24/7 Support
Round-the-clock monitoring and support for mission-critical PgBouncer deployments.

PgBouncer Capabilities

What's Included in Our PgBouncer Services

Lightweight design with minimal memory footprint (<10MB)
High-performance C implementation with low latency
Simple configuration with clear parameters
SSL/TLS encryption support for secure connections
Multiple authentication methods (MD5, SCRAM-SHA-256)
Built-in statistics and monitoring capabilities
Transaction, session, and statement pooling modes
Connection multiplexing with 90% reduction in backend connections

PgBouncer at Enterprise Scale

Our PgBouncer implementations deliver exceptional efficiency with minimal resource overhead.

Memory Usage
<10MB
Connection Reduction
90%
Connection Speed
10x faster
Response Time
<24h

Comparison

PgBouncer vs Pgpool-II vs PgCat: Which Pooler to Choose?

Each PostgreSQL connection pooler has unique strengths. Compare features to find the best fit for your workload.

FeaturePgBouncerPgpool-IIPgCat
Memory Usage<10MB (lightest)50-200MB10-50MB
Connection PoolingExcellent (primary focus)GoodExcellent
Load BalancingNo (pooling only)Yes (full featured)Yes (sharding support)
Query CachingNoYesNo
Automatic FailoverNo (use with Patroni)Yes (built-in)Limited
Prepared StatementsSession mode onlyFull supportTransaction mode
ConfigurationSimple (INI file)Complex (many options)TOML file
LanguageCCRust
Best ForPure pooling, minimal overheadFull HA + pooling + cachingModern apps, sharding

Choose PgBouncer When:

  • You need the lightest possible resource footprint
  • Connection pooling is your only requirement
  • You already have HA managed by Patroni or similar
  • Simple configuration and maintenance is preferred

Choose Pgpool-II When:

  • You need built-in load balancing across replicas
  • Query caching would benefit your read-heavy workload
  • You want automatic failover without extra tooling
  • Full prepared statement support is required

Choose PgCat When:

  • You need sharding support for multi-tenant apps
  • Rust's memory safety benefits matter to you
  • You want transaction-mode prepared statements
  • Modern tooling and configuration formats are preferred

Configuration

PgBouncer Configuration Best Practices

Production-tested configuration patterns for optimal PgBouncer performance.

Production Configuration Example

Optimized settings for high-traffic web applications

[databases]
# Connection string with database aliasing
myapp = host=pg-primary.internal port=5432 dbname=production
myapp_readonly = host=pg-replica.internal port=5432 dbname=production

[pgbouncer]
# Listen on all interfaces
listen_addr = 0.0.0.0
listen_port = 6432

# Authentication
auth_type = scram-sha-256
auth_file = /etc/pgbouncer/userlist.txt

# Pool sizing - adjust based on PostgreSQL max_connections
default_pool_size = 20
min_pool_size = 5
reserve_pool_size = 5
reserve_pool_timeout = 3

# Connection limits
max_client_conn = 1000
max_db_connections = 50

# Pooling mode (transaction recommended for most apps)
pool_mode = transaction

# Timeouts
server_idle_timeout = 600
client_idle_timeout = 0
query_timeout = 0
client_login_timeout = 60

# Logging
log_connections = 1
log_disconnections = 1
log_pooler_errors = 1
stats_period = 60

Pool Sizing Parameters

default_pool_size

Number of server connections per user/database pair. Start with 20 and tune based on concurrent query needs. Formula: (PostgreSQL max_connections - reserved) / expected_databases.

max_client_conn

Maximum client connections PgBouncer accepts. Can be much higher than PostgreSQL max_connections since connections are multiplexed.

reserve_pool_size

Extra connections for bursts when default pool is exhausted. Activates after reserve_pool_timeout seconds of waiting.

Timeout Settings

server_idle_timeout

Seconds before idle server connections are closed. 600s (10 min) is a good balance between connection reuse and resource cleanup.

client_idle_timeout

Disconnect idle clients after this many seconds. Set to 0 to disable. Useful for cleaning up abandoned connections.

query_timeout

Kill queries running longer than this. Set to 0 to disable. Be careful with long-running analytics queries.

Common PgBouncer Pitfalls to Avoid

Transaction Pooling + Prepared Statements

Named prepared statements fail in transaction mode because they're session-scoped. Either use session pooling or switch to unnamed (protocol-level) prepared statements.

SET Commands in Transaction Mode

Session-level SET commands (like SET search_path) are reset between transactions. Use SET LOCAL within transactions or configure defaults in postgresql.conf.

LISTEN/NOTIFY

LISTEN requires session pooling mode. In transaction mode, you'll lose notifications when the connection is released back to the pool.

Connection String Caching

Some ORMs cache connection parameters. After PgBouncer failover, cached connections may fail. Implement connection retry logic in your application.

FAQ

Frequently Asked Questions

Common questions about our PgBouncer services and PostgreSQL connection pooling optimization.

Ready to Optimize PostgreSQL with PgBouncer?

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