Lindevo
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WebAssembly Integration

High-performance C++ algorithms compiled to WebAssembly for web applications that need computational power beyond what JavaScript can deliver.

JavaScript has limits. For most web applications, those limits don't matter — but for applications doing real-time data processing, complex simulations, image manipulation, or scientific computation, JavaScript's performance ceiling creates a genuine product problem. WebAssembly is the solution: native-speed code running inside a browser or server environment, alongside your existing JavaScript application.

Lindevo specialises in porting performance-critical algorithms from C++ to WebAssembly and integrating them seamlessly into web applications. The typical use case is a business that has proven algorithms in C++ — pricing engines, routing algorithms, image processing pipelines, physics simulations — and needs to bring them to the web without rewriting them in JavaScript and accepting a 10-100x performance degradation.

The WebAssembly integration process preserves your existing C++ investment while unlocking web deployment. Your algorithms run at near-native speed in the browser, with no server round-trip required for computation. We build the JavaScript interop layer that makes calling your WebAssembly module feel like calling any other JavaScript function, and we handle the compilation pipeline, SIMD optimisation, memory management, and browser compatibility so your engineering team can focus on the business logic.

What's Included

Features & Capabilities

C++ to WebAssembly compilation pipelines
Performance-critical algorithm porting
Real-time data processing in the browser
Image and video processing modules
Scientific computation for web apps
Seamless JS/WASM interop layer
Ideal Clients

Who This Is For

Software companies with proven C++ algorithms they need to run in web applications
Engineering teams building real-time data visualisation tools that JavaScript cannot handle at scale
Companies building browser-based tools for image, video, or signal processing
Product teams where server-side computation creates latency or cost problems that client-side WASM would solve
Businesses migrating desktop applications to the web without wanting to rewrite performance-critical code
Our Process

How It Works

1

Performance Profiling

We profile your current implementation to confirm that WebAssembly is the right solution and identify exactly which code paths are bottlenecks. Sometimes the problem is algorithmic — we'll flag that before writing any WASM.

2

Compilation Pipeline Setup

We set up the Emscripten or Clang/LLVM toolchain, configure optimisation flags (including SIMD where available), and establish the build pipeline that produces optimised WASM binaries.

3

C++ Adaptation

We adapt your C++ code for the WASM environment: removing OS dependencies, adapting memory allocation patterns, adding the Embind or WebIDL bindings that expose your functions to JavaScript.

4

JavaScript Interop Layer

We write the JavaScript wrapper that loads the WASM module, manages memory allocation and deallocation, handles async initialisation, and presents a clean API to your application code.

5

Benchmarking & Optimisation

We benchmark the WASM implementation against the baseline and iterate on optimisations until the performance target is met. We document the performance characteristics so your team can reason about future changes.

6

Integration & Testing

We integrate the module into your application, write tests that verify correctness (same outputs as the original C++), and document the module interface for your engineering team.

Results

What You Can Expect

10-100x performance improvement over equivalent JavaScript implementations for compute-intensive operations
Client-side computation that eliminates server round-trips and associated latency and costs
Reuse of proven C++ algorithms without a full rewrite
Browser-compatible, zero-dependency computation that works offline
A documented, maintainable WASM module your engineering team can extend

How We Work Together

WebAssembly integration is a fixed-fee project engagement. Scope and pricing are determined after reviewing your C++ codebase and performance requirements. Most integrations are delivered in 4-10 weeks.

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