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To stress-test a software architecture, you can use a systematic interrogation process that breaks down complex plans into individual decision branches. This verifies dependencies and identifies unresolved logical gaps before you start implementation.

Identifying blind spots in a project roadmap requires defending every design decision against rigorous, step-by-step inquiry. Traversing decision trees and verifying factual claims ensures every edge case and logical inconsistency is accounted for.

Verifying design assumptions against a local codebase involves probing the environment to validate factual claims before requesting user input. This automated fact-based verification ensures your plan aligns with actual system dependencies.

Yes, you can use an automated interrogation process to check edge cases in a draft architecture. It systematically traverses decision trees and pauses for user confirmation at each resolution point to validate every dependency.

You need systematic interrogation for project planning when you have a draft architecture or roadmap and want to ensure no edge cases or logical inconsistencies are missed. It forces you to defend every decision before implementation begins.

A limitation of using decision tree traversal for design verification is that it requires maintaining stateful context while waiting for user confirmation at each resolution point, making it an interactive and potentially time-consuming process.