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Aidevops.kr covers LLMOps, RAG, agents, observability, evaluation, and cost-performance optimization for production AI services.
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This category currently contains 38 posts.
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This guide explains micro frontends from the perspective of team boundaries and deployment independence rather than a technical demo. It covers Module Federation structure, shared dependencies, runtime loading, state sharing, operational pitfalls, and adoption criteria.
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This guide explains React Server Components as an architectural choice rather than just a feature overview. It covers client-component boundaries, Server Actions, caching, streaming, and common production pitfalls in the context of the Next.js App Router.
This guide explains the Next.js App Router not as a folder-structure checklist, but as a rendering model. It covers server components, client components, layouts, loading and error handling, caching, and route handlers from a practical perspective.
This guide explains Core Web Vitals not as a checklist, but from the perspective of perceived performance and rendering structure. It shows why LCP, CLS, and INP degrade, what to measure first, and how to optimize them in the right order.
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This guide explains Core Web Vitals not as a checklist, but from the perspective of perceived performance and rendering structure. It shows why LCP, CLS, and INP degrade, what to measure first, and how to optimize them in the right order.
This guide explains React Server Components as an architectural choice rather than just a feature overview. It covers client-component boundaries, Server Actions, caching, streaming, and common production pitfalls in the context of the Next.js App Router.
Optimistic UI feels fast, but complexity appears when the server disagrees. This guide explains where optimistic updates should stop.
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This guide explains micro frontends from the perspective of team boundaries and deployment independence rather than a technical demo. It covers Module Federation structure, shared dependencies, runtime loading, state sharing, operational pitfalls, and adoption criteria.
This guide explains Core Web Vitals not as a checklist, but from the perspective of perceived performance and rendering structure. It shows why LCP, CLS, and INP degrade, what to measure first, and how to optimize them in the right order.
This guide explains React Server Components as an architectural choice rather than just a feature overview. It covers client-component boundaries, Server Actions, caching, streaming, and common production pitfalls in the context of the Next.js App Router.
Optimistic UI feels fast, but complexity appears when the server disagrees. This guide explains where optimistic updates should stop.
Frontend performance improves when teams decide what really needs interaction first, not when they hydrate everything immediately.
Recent React work around Activity and View Transitions is about more than animation. It changes how teams can approach UI continuity and preserved state.
Optimistic UI is not only about speed. It is about preserving user trust when fast-looking actions later fail.
A structured frontend roadmap from component and state fundamentals to rendering strategy, performance, and architecture trade-offs.
How to place error boundaries so failures are isolated without turning the UI into a generic crash-recovery maze.
Where server-driven UI helps, where it hurts, and how to avoid turning flexibility into a slower product platform.
How to personalize at the edge without destroying cache efficiency, observability, and operational simplicity.
A production-oriented guide to combining SSR, SSG, ISR, RSC, hydration boundaries, browser cache, CDN cache, and data cache in large frontend systems.
This guide explains the API composition, authentication boundaries, caching, team structure, and operational trade-offs involved in adopting a BFF from a frontend perspective.
This guide looks at frontend performance not just as bundle optimization, but as an architectural problem involving rendering, data flow, caching, and observability.
This guide explains the rendering strategy, data layer, routing boundaries, caching, and operating model to consider when designing a Nuxt-based frontend architecture.
This guide compares Nuxt and Next.js in practical terms through the lens of rendering models, developer experience, operational complexity, team structure, and SEO strategy.
This guide explains how to design a React application as a maintainable system, covering component boundaries, state layers, server state, rendering models, and team collaboration structure.
This guide explains the tokens, component layers, accessibility, and release strategy needed to design a React-based design system in production.
This guide explains the screen boundaries, state structure, routing, data layer, and performance strategy needed to design a React-based SPA in production.
This guide explains the data flow, boundaries, caching, and progressive rendering strategies needed to design React SSR and streaming rendering in production.
This guide explains how to separate and design local state, server state, and global state in React applications from a practical engineering perspective.
This guide explains how to design a Vue.js project as a maintainable frontend system rather than just a collection of components, covering state boundaries, routing, data flow, folder structure, performance, and collaboration.
This guide covers component responsibility, reuse boundaries, props and events design, and slot strategy in Vue applications from a practical engineering perspective.
This guide explains how to design a Vue-based SPA as a long-lived single-page application rather than just a quick build, covering routing, state, data fetching, caching, deployment, and performance.
This guide explains when to adopt SSR in Vue, how it differs from SPA, and how to think about data loading, caching, hydration, and deployment from a practical engineering perspective.
This guide explains how to distinguish and design Pinia state, local state, and server state in Vue applications from a practical engineering perspective.
This guide compares Vue and React from the perspective of architecture, state models, rendering, team scalability, and ecosystem trade-offs rather than surface-level syntax preferences.
This guide looks at Vue Router 4 not just as a routing tool, but as a way to design page transitions and authorization flow. It covers nested routes, guards, lazy loading, and URL design principles.
This practical guide goes beyond Composition API syntax to cover logic composition, composable design, the boundary between ref and reactive, and maintainability in real projects.
This guide covers the key design decisions when adopting Pinia in Vue 3, including store boundaries, separating server and client state, action design, and practical TypeScript usage.
This guide explains when to use props, emit, provide/inject, and stores in Vue 3. It focuses less on syntax and more on how to design data flow and component boundaries.
This guide explains how to apply TypeScript practically in Vue 3 projects, including defineProps, defineEmits, typing ref/reactive, modeling composables, and avoiding over-generalization.
This guide covers the key decisions for building a fast development environment with Vite and Vue 3, including aliases, environment variables, proxies, build strategy, developer experience, and deployment stability.
This guide explains React Hooks not just as syntax, but as a design tool for separating state and side effects. It covers when and how to use useState, useEffect, useRef, and custom hooks in real projects.
This guide goes beyond basic Context API usage to cover when it fits well, how to control rerendering cost, and which kinds of state it should not own.
This guide explains the Next.js App Router not as a folder-structure checklist, but as a rendering model. It covers server components, client components, layouts, loading and error handling, caching, and route handlers from a practical perspective.
This guide explains TanStack Query as a server-state model rather than a simple fetch helper, covering query key design, staleTime, invalidation, optimistic updates, and the boundary between server and client state.
This guide covers practical TypeScript usage in React projects, including prop types, event types, generic components, state modeling, and how to avoid unnecessary type complexity.