Learn GO-WASM with Real Code Examples

WASM execution is faster for CPU-heavy Go code than JS equivalent

DOM manipulation still slower due to JS bridge overhead

Lazy-load modules to reduce initial load

Minimize global `syscall/js` calls for performance

Tree-shake unnecessary Go packages for smaller WASM binary

Code runs in browser sandbox; follow standard browser security

Validate all inputs and sanitize DOM updates

Avoid exposing sensitive keys in client WASM

Use HTTPS for API calls

Beware of Go memory usage in WASM for large datasets

Browser console logs

Performance profiling using DevTools

Goroutine monitoring for long-running tasks

Event logging via JS interop

Telemetry integration with backend

Keep Go code modular and reusable

Follow Go concurrency best practices

Minimize JS interop calls for performance

Unit test Go logic extensively

Monitor WASM binary size and runtime efficiency