"The importance of Convention and development standards for AI-Native teams will only be higher, because they are the best tools to slow entropy increase. At the start of a project, we should design as many constraints and conventions as possible. Let AI 'dance in chains.'"
Extended reading: Why conventions are especially critical for small teams, see The Structural Advantages of AI-Native Small Teams. For how conventions integrate with AI-native workflows, see AI-Native Workflows: Plan–Act, Test–Code, Doc–Code–Doc.
1. Why Conventions Are More Important in the AI-Native Era
In traditional software engineering, conventions and development standards are already important, but in the AI-Native context, their importance will further increase.
The reasons are:
AI writes code too fast
If there are no constraints, AI will produce a lot of inconsistent style, non-unified structure code in a very short time.
Human brains can't review it all, let alone maintain it long-term.AI itself is 'stateless'
Every new AI session is a "new team member," it won't automatically remember the conventions you set last time.
Only by explicitly writing these conventions into the codebase, into prompts, into test frameworks can AI continuously follow them.Entropy increase speed is amplified
The faster code volume grows, if there are no strong constraints, the speed of system chaos increase will also be faster.
Conventions are the most direct and effective means to slow entropy increase.
2. Design as Many Constraints as Possible at Project Start
A common misconception is:
"Let's develop quickly first, set standards when there's more code."
In AI-Native teams, this thinking doesn't work. The reasons are:
- AI's productivity is too high. By the time you "think it's time to set standards," the codebase might already be so large that "the cost of setting standards is higher than starting over"
- AI will reference existing code style. If early code is chaotic, subsequent AI-generated code will continue this chaos
The correct approach is:
At project start, design as many constraints as possible.
These constraints include:
Code Style and Naming Conventions
- Function naming, variable naming, file organization methods
- Have AI reference existing, convention-compliant code when writing code
