feasibility-reviewer

Assessing architectural plan feasibility in a brownfield codebase requires evaluating proposed designs against existing services, identifying dependency gaps, and mapping integration points to ensure safe implementation. This process traces data flows and highlights potential migration conflicts.

Shadow path tracing is the process of mapping happy, nil, empty, and error data flows for each integration point within an architectural plan. It identifies how proposed systems handle edge cases and prevents unexpected failures during implementation.

Evaluating migration safety involves analyzing backward compatibility, rollout plans, data volumes, and rollback options for proposed software upgrades. This risk assessment prevents integration conflicts and ensures existing services remain stable during infrastructure transitions.

Checking architectural compatibility with existing dependencies involves analyzing whether a proposed plan can be implemented given current services and infrastructure. It ensures backward compatibility and validates that data flows support existing integration points.

A risk assessment for codebase migrations is needed when introducing architectural changes that affect existing dependencies or integration points. It identifies upgrade path conflicts, validates performance feasibility, and ensures safe data migrations.