Production resilience is an academic concept investigating the systemic capacity of production infrastructure, such as nuclear reactors, to anticipate, resist, adapt to, and recover from disruptions, thereby maintaining operational continuity. This field examines the interplay of design robustness, operational flexibility, and restorative processes in ensuring stable output despite exogenous shocks or endogenous failures. Its significance lies in guaranteeing reliable supply, enhancing safety, and safeguarding critical infrastructure integrity within complex industrial systems.