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  • When Should AI Adoption Be Measured by Business Metrics? — Revisiting AHEAD and LEVER 2/2 AI 도입 성과는 언제 비즈니스 지표로 봐야 할까 — AHEAD·LEVER 다시 보기 2/2
  • AI Wrote the Code Faster—Why Is Review Harder? Reducing Shifted Cognitive Load AI로 코드는 빨리 만들었는데 왜 리뷰는 더 힘들까 — 이동한 인지부하 줄이기
  • Did AI Coding Tools Actually Cut Development Cost? — Getting Started with CTS-SW AI 코딩 도구가 정말 개발 비용을 줄였을까 — CTS-SW 시작하기
  • Why Detailed PRDs Age So Fast — Separating ALPS and ADR Boundaries PRD를 자세히 쓸수록 왜 더 빨리 낡을까 — ALPS와 ADR로 경계 나누기
  • Why Avoiding Failure Comes First 망하지 않는 게 먼저인 이유
  • How I Built the EncBird Harness Layer by Layer — Harness Engineering in Practice EncBird에 하네스를 한 겹씩 씌워온 과정 — 실전 하네스 엔지니어링
  • Why AI Adoption Should Not Start with Token Savings — The 3S Stages 1/2 AI 도입은 왜 토큰 절감부터 시작하면 안 될까 — 3S로 단계 나누기 1/2
  • A Lens for Interpreting Phenomena—and Agentic Engineering 현상을 해석하는 렌즈, 그리고 에이전틱 엔지니어링
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  • When Should AI Adoption Be Measured by Business Metrics? — Revisiting AHEAD and LEVER 2/2

    Measure harness learning before business value

    AI 도입 성과는 언제 비즈니스 지표로 봐야 할까 — AHEAD·LEVER 다시 보기 2/2

    Measuring harness learning before business value

    2026.08.18
  • AI Wrote the Code Faster—Why Is Review Harder? Reducing Shifted Cognitive Load

    Close smaller cycles and review contracts before code

    AI로 코드는 빨리 만들었는데 왜 리뷰는 더 힘들까 — 이동한 인지부하 줄이기

    Why AI shifts cognitive load from coding to review

    2026.08.18
  • Did AI Coding Tools Actually Cut Development Cost? — Getting Started with CTS-SW

    Measure AI by end-to-end software delivery cost

    AI 코딩 도구가 정말 개발 비용을 줄였을까 — CTS-SW 시작하기

    Measuring AI by software delivery cost

    2026.08.14
  • Why Detailed PRDs Age So Fast — Separating ALPS and ADR Boundaries

    Move implementation authority from PRD to ADR

    PRD를 자세히 쓸수록 왜 더 빨리 낡을까 — ALPS와 ADR로 경계 나누기

    Moving implementation authority from PRD to ADR

    2026.07.25
  • Why Avoiding Failure Comes First

    Remove recurring failure modes, then run more learning experiments

    망하지 않는 게 먼저인 이유

    A personal hypothesis for removing recurring failure factors before using AI to run more learning-focused experiments

    2026.06.27
  • How I Built the EncBird Harness Layer by Layer — Harness Engineering in Practice

    How harness engineering works in practice, layer by layer

    EncBird에 하네스를 한 겹씩 씌워온 과정 — 실전 하네스 엔지니어링

    How harness engineering actually works in practice, layer by layer

    2026.06.16
  • Why AI Adoption Should Not Start with Token Savings — The 3S Stages 1/2

    Match AI investment to each adoption stage

    AI 도입은 왜 토큰 절감부터 시작하면 안 될까 — 3S로 단계 나누기 1/2

    Matching AI investment to each adoption stage

    2026.06.15
  • A Lens for Interpreting Phenomena—and Agentic Engineering

    Why HITL removal is my lens for agentic engineering

    현상을 해석하는 렌즈, 그리고 에이전틱 엔지니어링

    A lens turns variables into constants so a phenomenon becomes predictable, and HITL removal is my lens for agentic engineering

    2026.06.12
  • The Next Evolution of Agents Will Come from Smarter Tools

    The next evolution of agents will come from smart edges, not smarter centers

    에이전트의 다음 진화는 똑똑한 도구에서 온다

    The next evolution of agents will come from smart edges, not smarter centers

    2026.05.27
  • Agentic Engineering and Transitional Technologies

    HITL removal is the direction, and coexistence-oriented tools are transitional

    에이전틱 엔지니어링과 과도기적 기술들

    HITL removal is the direction, and coexistence-oriented tools are transitional

    2026.05.11
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