Reliability, delivery control and real-world adoption of AI agents: how to make an agent prove the work is done before it touches production.
- The Language of Your Prompt Decides Which Parallel Universe of Training Data You Are Talking To
Stop translating your Prompt into English to save Token! Why does the more you translate into English, the more the AI answers with "給到" and "質量"? Drawing on ACL language model research and hands-on experience, this article explains why "technical terms in the original + native-language description + explicit regional anchors" is the best way to cut the cost of back-and-forth corrections.
- Let AI Be Your Mentor: A Self-Review Routine with Claude Code /insights and Codex Computer History
If you use both Claude and Codex and have Computer History turned on, two small tricks go a long way: ask Codex to act as your mentor and review your recent work using Computer History, then run /insights in Claude Code to get a review report that moves from the big picture to the small details, so you end up with a summary for steady growth.
- Introducing Deckhand: Turn Claude Code into Your Multi-Agent Mission Control
Deckhand is an open-source Claude Code plugin that adds a toolbar above the input box: dispatch tasks read-only to Codex, Cursor agent, and agy for a second opinion, run parallel subagents with Sub5, and track usage metrics while switching models. This post covers installation, features, data flow, and known limitations.
- Stop Mindless Fan-out: A Practical 4-Layer Orchestration Architecture with Claude Haiku 5.5
Claude Haiku 5.5 is fast and cheap, but throwing every task at it in parallel only amplifies misjudgments, reviewer bias, and Supply Chain risks. This article breaks down a layered architecture—Fable for judgment, Opus for orchestration, Sonnet and Haiku for implementation, CI for verification, and Opus for acceptance—and explores which tasks actually warrant a Fan-out.
- Stop Dumping SOPs Directly into AI Agents: Precisely Control Agent Behavior with RFC 2119 (MUST/SHOULD/MAY)
Dumping human SOPs directly into an LLM often leaves agents succeeding once only to fail three times. This article demonstrates how to rewrite System Prompts and Agent Skills using RFC 2119's MUST, SHOULD, and MAY—clearly drawing the line between hard constraints, strong recommendations, and autonomous discretion—complete with three practical implementation principles.
- An AI Agent Is Basically an Agile Team: Demystifying 5 Core Concepts Through Everyday Software Engineering
Breaking down the 5 core concepts of an AI Agent in plain software engineering terms: Prompt, Context, Harness, Loop, and Graph—mapped directly to ticket titles, specs, dev environments & guardrails, test-and-fix loops, and a PM's workflow chart.
- Making AI Answers More Readable: Karpathy on ASD-STE100
Karpathy recommends asking AI to explain things using ASD-STE100 to reduce misinterpretation and ambiguity. Here is a production-ready template to drop into your global CLAUDE.md or AGENTS.md.