Performance Optimization

Connection Pooling

# High-performance servers
bayesian-ssh add "Perf Server 1" perf-1.company.com \
  --user perf-user \
  --kerberos false \
  --tags performance,production

bayesian-ssh add "Perf Server 2" perf-2.company.com \
  --user perf-user \
  --kerberos false \
  --tags performance,production

Load Distribution

# Round-robin load distribution
bayesian-ssh add "Load 1" load-1.company.com \
  --user load-user \
  --kerberos false \
  --tags load,production

bayesian-ssh add "Load 2" load-2.company.com \
  --user load-user \
  --kerberos false \
  --tags load,production

bayesian-ssh add "Load 3" load-3.company.com \
  --user load-user \
  --kerberos false \
  --tags load,production

Database Optimization

Bayesian SSH uses SQLite with several optimizations:

• Indexed queries - Fast lookups by name and tags
• Connection pooling - Efficient database connection reuse
• Batch operations - Grouped database operations for bulk changes

Memory Management

The Rust implementation provides:

• Zero-copy operations - Minimized memory allocations
• Efficient serialization - Fast JSON operations via serde
• Resource cleanup - Proper cleanup of file descriptors and processes

Release Build Optimizations

The release binary is built with:

• opt-level=3 - Maximum optimization
• Thin LTO - Link-time optimization
• Single codegen unit - Better whole-program optimization
• Stripped symbols - Smaller binary size
• panic=abort - Reduced binary size

Monitoring Connection Performance

# Check latency
bayesian-ssh ping "Server Name"

# View connection statistics
bayesian-ssh stats

# Review session history for patterns
bayesian-ssh history --days 30