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Agentic Engineering at Scale
I asked engineering leaders at five companies how AI code reaches production. Four allow it with human review. The gate is process, not the model.
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Who Coined Agentic Engineering?
Andrej Karpathy coined the term after vibe coding, and the meaning shifted. Here is how a coinage turned into a discipline with rules and review gates.
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Software 3.0: Karpathy’s Framework for AI-Native Development
Software 1.0 was assembly, 2.0 was high-level languages, 3.0 is natural language prompts. That reframing changed how I plan a project before I type.
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Agentic Engineering vs Vibe Coding: Key Differences Explained
Vibe coding buys speed, one prompt per feature. Agentic engineering buys control, several agents checking each other. Choose by what breaks if it is wrong.
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Agentic Engineering Starts with a Bounded Acceptance Loop
It is the practice of designing agent systems that plan, execute, and verify their code. That structure is what separates it from one prompt and a prayer.
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Getting Good UI from AI Prompts
Component, layout, states, then the exact spacing. That order is what turns a generic card into something I would ship without redrawing it.
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Working with AI Context Limits
I hand over 300-500 characters of the right code, not the whole repo. Past a point, more context makes the answer worse, not better.
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Prompt Chaining for Whole Features
One prompt per feature fails. Chained prompts, each one building on the last output, got me a full feature in one session instead of four tries.
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Environment Variables in AI-Built Apps
The AI hardcodes the key because nothing in the prompt says not to. I keep secrets in .env, load them in one config module, and set the boundary first.
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Production Readiness for AI-Built Apps
Working code is the easy half. Deployment steps and monitoring are what I check before an AI-built app takes real traffic.