The system was failing forward, exactly as planned.… The year is 2026, and the Aurelius-9 orbital solar array is about to go live. It’s a marvel of modern engineering designed to beam clean energy to terrestrial grids, but it isn’t “perfect”—and by design, it never will be. The Doctrine of “Good Enough” In the high-stakes boardroom of Aether-Corp, the Chief Engineer, Elena, faced a room of impatient stakeholders. The main array was at 90% optimization, but the redundant thermal subsystems were hovering at 80%. To a layperson, this sounded like a disaster waiting to happen. To Elena, it was a calculated risk based on the Probabilistic Risk Assessment (PRA). “A system with zero probability of failure is a financial and temporal ghost,” Elena explained, tapping a holographic projection. “If we chased a P(f) = 0, we’d be grounded for a century and bankrupt by Tuesday.” The Reality of Systemic Failure Elena’s team operated on...