DDD, SDD, TDD: A Three-Axis Marginal Return Matrix
DDD, SDD, and TDD address different risks: domain language, interface contracts, and change safety. This matrix shows where each method pays off.
DDD、SDD、TDD：三個維度的邊際效益矩陣
軟體團隊常把 DDD、SDD 與 TDD 當成三選一的方法論，但它們其實分別處理領域語言、介面契約與重構風險。本文用三軸矩陣拆解三者在不同複雜度、協作邊界與變更成本下的邊際效益，提供判斷何時投資建模、規格或測試的實用框架，避免把方法論討論變成宗教戰爭。
Traditional Chinese QA for AI Content in CI/CD
LLM-generated Traditional Chinese often mixes in Simplified Chinese vocabulary, and Taiwan readers spot it immediately. By adding automated checks to the CI/CD pipeline with the zhtw tool, teams can catch semantic errors before deployment and keep the product experience consistent.
在 CI/CD 中確保 AI 生成內容的繁體中文品質
LLM 生成的繁體中文常混用簡中詞彙，台灣讀者一眼便知。透過 zhtw 工具在 CI/CD 流程中加入自動化檢查，可將語意錯誤攔截在部署前，確保產品體驗的一致性。
Chaos Engineering: Rebuilding AI System Resilience
A green dashboard doesn’t mean the system is safe. When LLM latency spikes or vector database states become inconsistent, traditional monitoring often fails. This article explores how to shift from “prevention” to “resilience validation,” and provides a practical guide to building a fault injection framework during AI adoption.
混沌工程：在 AI 時代重建系統韌性
儀表板綠燈不代表系統安全。當 LLM 延遲飆升、向量資料庫狀態不一致時，傳統監控往往失效。本文探討如何從「預防」轉向「韌性驗證」，並提供在 AI 導入期建立故障注入框架的實戰指南。
From Context Loss to Self-Healing CI: Observations from Anthropic’s Engineering Practice
Anthropic engineers shared at a Taipei Meetup how hooks and automation can productize CI’s feedback loop, reducing waiting and manual rework.
從 Context 流失到自我修復 CI：Anthropic 的工程實戰觀察
Anthropic 工程師在臺北 Meetup 分享：如何透過 hooks 與自動化機制，把 CI 的回饋迴路產品化，減少等待與人工重工。
Design System Layered Architecture: From Preset to Platform
When Design System client needs start overlapping, a flat Preset architecture can collapse into exploding maintenance costs. This post explores how a three-layer decoupled architecture of Style, Color, and Industry turns maintenance costs from exponential growth into modular work, enabling Design Systems to scale.
Design System 分層架構：Style × Color × Industry 的組合爆炸
當 Design System 的客戶需求開始交叉，扁平的 Preset 架構會陷入維護成本爆炸的困境。本文探討如何透過 Style、Color 與 Industry 三層解耦架構，將維護成本從指數增長轉為模組化，實現設計系統的規模化。