TypeScript + WebAssembly
TypeScript provides excellent tooling for developing WebAssembly modules. With type inference and advanced compiler options, you can build high-performance applications that integrate seamlessly with browser environments.
Getting Started
Compile TypeScript to WebAssembly using the WebAssembly compiler toolchain while maintaining type safety.
Memory Safety
TypeScript's type system helps catch potential memory errors at compile-time before runtime.
Example: Using TypeScript with Wasm
{`// TypeScript
import { add } from './mathFunctions';
type Result = {
status: 'success' | 'error';
value?: number;
};
function calculate(input: number): Result {
try {
const result = add(input);
return { status: 'success', value: result };
} catch (e) {
return { status: 'error', value: undefined };
}
}`}
Ready to develop?
Start with our TypeScript + WebAssembly tutorial
TypeScript + WebAssembly
TypeScript to Wasm Pipeline
68% compiled
Current tooling supports 98% of TypeScript features with full WASI compatibility
Performance Stats
Last updated: September 3, 2025
12x
Type inference accuracy
vs C compilation
98%
Runtime type checks passed
During module execution
Getting Started
1
Install Typescript compiler
Install WASM plugin
2
Write type-safe code
Leverage interface declarations
3
Compile and optimize
Get instant performance metrics
TypeScript CTF Challenge
TypeScript + Wasm Security Quiz
1. Which TypeScript feature provides the most security when compiling to WebAssembly?
2. How does TypeScript help with WebAssembly memory safety?