Web Engineering

Building high-performance, future-ready web architectures with WebAssembly integration and next-generation technologies.

Explore Our Work

Modern Web Engineering Principles

We combine cutting-edge WebAssembly integration with traditional web engineering to create performant applications that run natively fast in the browser. Our approach focuses on:

  • Optimized WebAssembly integrations for complex computations

  • Enterprise-grade edge-optimized deployment pipelines

  • Zero-runtime overhead design systems for UI development

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Performance First

Through WASI system integrations and edge compilation strategies, we ensure applications load sub-20ms with instant interactivity for global users.

Specializations

WebAssembly Tooling

Developing and optimizing WebAssembly modules with Rust, C, and C++ for native-level performance in browser and server environments.

Rust WASI Emscripten

Performance Optimization

Applying edge computing strategies and zero-dependency techniques to build web applications with 0.1ms load times and sub-100ms interactions.

Cloudflare Workers Vercel Edge WebP

Web Infrastructure

Modern deployment pipelines using zero-configuration CI/CD systems with automatic A/B testing and real-time metrics monitoring.

GitHub Actions Docker Kubernetes

Case Studies

High-Fidelity WebAssembly Renderer

Built a real-time 3D rendering engine using WebAssembly and Rust to achieve 60FPS performance in web browsers, reducing GPU dependency for 90% of users.

Rust Three.js
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Edge-Optimized API Gateway

Created an API routing system using Cloudflare Workers that reduced request latency by 85% through smart edge caching and real-time request prioritization.

Cloudflare TypeScript
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Ready to Build the Next Generation?

Let's create web experiences that push the boundaries of performance and innovation. We engineer solutions that scale with tomorrow's needs.