Database

Deploying Remix applications to various platforms including Vercel, Fly.io, Cloudflare, and Node.js servers

Error boundaries, catch boundaries, and structured error handling strategies in Remix applications

Server-side data loading with loader functions, useLoaderData, and type-safe data fetching in Remix

Nested routes, dynamic segments, outlets, and file-based routing conventions in Remix

Streaming responses and deferred data loading with defer, Await, and Suspense in Remix

CSS strategies in Remix including route-scoped links, Tailwind CSS, CSS Modules, and CSS-in-JS approaches

Auto-update mechanisms for desktop applications using electron-updater and Tauri's built-in updater

IPC communication patterns for Electron main and renderer process messaging

Electron fundamentals for building cross-platform desktop applications with web technologies

File system access patterns, native dialogs, and drag-and-drop for desktop applications

System tray icons, native application menus, and desktop notifications for Electron and Tauri apps

Building, packaging, and distributing desktop applications for Windows, macOS, and Linux

Desktop application security including context isolation, preload scripts, CSP, and sandboxing for Electron and Tauri

Tauri framework for building lightweight, secure desktop applications with a Rust backend and web frontend

Independent deployment patterns for micro-frontends including CI/CD pipelines, versioning, rollback, and environment strategies.

Strategies for sharing design systems, component libraries, and visual consistency across independently deployed micro-frontends.

iFrame-based micro-frontend composition for maximum isolation between independently deployed frontend applications.

Webpack Module Federation for sharing code and dependencies across independently deployed micro-frontends at runtime.

Cross-application routing strategies for micro-frontends including shell-controlled routing, distributed routing, and URL contracts.

Cross-application state sharing patterns for micro-frontends including event buses, shared stores, and URL-based state.

Single-SPA framework for orchestrating multiple JavaScript micro-frontends within a single page application shell.

Web Components and Shadow DOM as a framework-agnostic encapsulation layer for micro-frontend composition.

Cloudflare D1 for running SQLite databases at the edge with SQL query support

Cloudflare Workers KV for globally distributed key-value storage at the edge

Cloudflare Workers for serverless edge compute using the V8 isolate model

Deno Deploy for globally distributed edge applications using the Deno runtime

Authentication and authorization at the edge for securing requests before they reach the origin

Edge caching strategies for optimizing content delivery and reducing origin load

Geo-based routing and personalization for delivering localized content at the edge

Vercel Edge Functions for low-latency compute within the Vercel deployment platform

Writing WebAssembly modules using AssemblyScript, a TypeScript-like language that compiles to Wasm

JavaScript and WebAssembly interop patterns including memory sharing, type marshaling, and binding generation

Optimizing WebAssembly performance including binary size, execution speed, memory usage, and profiling techniques

Compiling Rust to WebAssembly using wasm-pack, wasm-bindgen, and the Rust Wasm ecosystem

WebAssembly System Interface (WASI) for portable system-level access including filesystem, networking, and clocks

WebAssembly fundamentals including module structure, types, memory model, and binary/text formats

Using WebAssembly in the browser for canvas rendering, audio processing, Web Workers, and DOM integration

Running WebAssembly on the server with Wasmtime, Spin, WasmEdge, and other server-side runtimes

Implement Command Query Responsibility Segregation to separate write and read models in event-sourced architectures

Design and implement event stores for persisting domain events with append-only semantics and optimistic concurrency

Evolve event schemas safely over time using upcasting, weak schema strategies, and version negotiation

Handle eventual consistency challenges in distributed event-sourced systems with practical patterns and strategies

Build and maintain read model projections from event streams for optimized query performance

Coordinate long-running business processes across aggregates and services using sagas and process managers

Optimize aggregate loading with snapshot patterns to avoid replaying long event streams from the beginning

API mocking with MSW (Mock Service Worker) and Prism for development and testing

Bruno API client for git-friendly, offline-first API testing with Bru markup language

Pact contract testing for consumer-driven API contracts between microservices

HTTPie CLI for human-friendly API testing, scripting, and debugging from the terminal

k6 load testing for API performance, stress testing, and threshold-based CI checks

Postman collections, environments, pre-request scripts, tests, and Newman CLI automation

Supertest for Node.js HTTP assertion testing with Express, Koa, and Fastify

Build systems for systems programming including CMake, Meson, and Zig build with cross-compilation

Modern C++ (C++20/23) patterns including concepts, ranges, coroutines, and modules

Foreign function interfaces for calling between C, C++, Rust, Zig, Python, and other languages safely

Techniques for achieving memory safety without garbage collection including ownership models, arenas, and static analysis

Zig language fundamentals for systems programming including comptime, error handling, and manual memory management

Understanding Figma auto layout and translating it directly to CSS Flexbox and Grid implementations

Inspecting Figma components and systematically translating their structure, variants, and properties into production code

Exporting design tokens from Figma into platform-agnostic formats for use in codebases and design systems