Compile to native code for maximum performance

Use tail recursion to avoid stack overflow

Prefer immutable data for predictable performance

Optimize memory-intensive algorithms carefully

Use OCaml profiling tools for bottleneck analysis

Leverage strong static typing to prevent type-based errors

Handle exceptions to avoid runtime crashes

Avoid unsafe C bindings without validation

Keep sensitive data in controlled scopes

Use sandboxing for untrusted code execution

Profile performance with ocamlprof

Analyze memory usage and garbage collection

Debug using print or utop REPL

Test modules independently

Review execution paths for tail recursion optimization

Follow type-safe coding practices

Use modules and signatures for organization

Leverage pattern matching and exhaustive checks

Write clear, concise recursive functions

Document functions and modules