But in real energy infrastructure, especially during sudden physical disturbances in the grid, stability is provided not by code, but by mechanics. Physical processes do not wait for software to make a decision. A river doesn’t “pause” its flow, inertia doesn’t follow software timing, and drops or shocks occur instantly. This is not a fragile solution dependent on constant updates and specialized service, but an engineering system designed for long-term operation in real conditions. This division of responsibilities is what makes infrastructure truly reliable.