Wiring Failures
"Code exists but isn't connected to anything"
— Developer forums
The Problem
Your AI assistant creates a beautiful new service. The code is clean. The logic is correct. But it's never registered in the dependency injection container. It's never imported where it's needed. It exists in your codebase but might as well not exist at all.
The feature 'works' in isolation but fails in integration. The AI wrote the component but forgot the wiring. You discover this in production when the service silently returns null or the route returns 404.
Why It Happens
AI assistants focus on the code they're generating, not the system it integrates with. Creating a service is the visible task. Registering it in the DI container is invisible infrastructure work that's easy to forget.
Multi-file awareness is limited. The AI might not know where your service registration happens, or it might not realize registration is required. It completes the obvious task and misses the non-obvious dependencies.
Integration isn't tested in isolation. The AI can verify that a function works by itself. It can't easily verify that the function is reachable from the rest of your application.
What Developers Say
"Creates service but doesn't wire into DI container"
— Reddit r/ClaudeAI
"Rewrite without delete creates parallel implementations"
— DoltHub
"Disconnecting working code from existing services"
— Reddit
"Remnants of old logic left dangling"
— Medium
THE SOLUTION
Protocol/Implementation Verification
CleanAim® enforces architectural patterns through the Four Laws Checker. Every protocol must have an implementation. Every implementation must be registered. Every registration must be reachable. No orphaned code allowed.
416 protocol classes are tracked with automated verification. When you create a new service, the system verifies it's properly wired before the task can be marked complete. Missing registrations trigger BLOCKER-level failures.
The Protocol/Impl pattern ensures 1:1 matching between interfaces and implementations. Our build process catches wiring failures at compile time—not in production when a customer hits the broken endpoint.
The Evidence
Four Laws Checker
Automated Protocol/Implementation pattern verification. Every *Impl needs *Protocol. 416 protocol classes tracked, zero violations.
Stop finding orphaned code in production
See how CleanAim's verification system ensures every component is properly connected.
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