Excessive Security and Operational Friction
■ Precision vs. "Physicality"
Identity verification is crucial, but the physical world is messy—hair moves, and conditions change. This error happened because the system saw a slight shift in bangs as "unauthorized access." If a robot can't accept subtle human fluctuations as "allowable noise," it becomes an obstacle to the very work it’s meant to support.
■ Forcing Rules to Break
Repeated "Access Denied" errors cause mental stress and physical bottlenecks. When the system is too rigid, users are forced to find "irregular workarounds" just to get their jobs done. The real risk isn't loose specs; it’s a design so strict that it justifies breaking the rules.
■ Conclusion: Designing a "Remedy Flow"
A product shouldn't just be a perfect gatekeeper. True reliability lies in a two-tier design: a smooth, safe "remedy flow" for when things fail. By choosing flexible support over flat denials, Hakobu-kun evolves from a rigid machine into a true partner on the frontlines.
