Good AI Task

AI compatibility

AI can draft the Hilt migration plan, but a senior dev must sanity-check the scoping decisions.

Possible with caveats

Workable, but read the conditions.

Average across 1 submission.

62
avg / 100

The honest read

A code agent can meaningfully analyze 8,000+ lines of Kotlin, identify instantiation patterns, and generate Hilt module scaffolding and a refactoring checklist — this is structured, pattern-matching work AI handles well. However, the agent cannot fully resolve ambiguous scoping decisions (Singleton vs. ActivityScoped vs. ViewModelScoped), circular dependencies, or app-specific lifecycle nuances without human review. The output is a strong first draft that still requires a senior Android dev to validate before junior devs execute it.

Aggregated across 1 submission.

The five dimensions

Repeatability

Medium

The pattern of finding inline instantiations and mapping them to Hilt modules is structurally repeatable, but each codebase has unique dependency graphs, naming conventions, and lifecycle quirks that require case-by-case judgment. The task is not fully templated.

Ambiguity Tolerance

Medium

Success criteria are partially clear — identify instantiation points, generate modules, produce a checklist — but 'correct' Hilt scoping and module organization involve architectural opinions that aren't objectively verifiable without running and testing the app.

Data & Tool Availability

Medium

The agent needs full read access to the Kotlin source files, which can be provided, but it cannot run the app, execute tests, or inspect runtime behavior to validate its analysis. Static analysis alone may miss dynamic patterns.

Error Cost

Medium

The output is a plan and checklist, not directly executed code, so errors are caught before deployment — junior devs following a flawed checklist could introduce bugs, but the risk is contained by code review and testing. Not irreversible, but costly to unwind if widespread.

Human Judgment Required

Medium

Scoping decisions (Singleton vs. ViewModel vs. Activity scope), handling of legacy singletons, and sequencing refactoring steps to avoid breaking the app mid-migration require architectural intuition a senior Android dev brings. AI can approximate but not reliably substitute.

What an agent would need

  • Full read access to all Kotlin source files (Activities, Fragments, and supporting classes) in the project
  • Knowledge of the existing dependency graph or ability to infer it statically from the code
  • Familiarity with Hilt annotations, module patterns, and Android lifecycle scoping rules
  • Ability to produce annotated code examples and a sequenced, safe refactoring checklist tailored to the actual codebase
  • A senior Android developer to review scoping decisions and validate the plan before junior devs execute it

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