On October 8, 2012 (UTC), SpaceX launched CRS-1, the inaugural operational Commercial Resupply Services flight to the International Space Station. While routine orbital cargo runs rarely capture public imagination, CRS-1 demonstrated a critical paradigm shift in modern aerospace: software-defined resilience. Just 79 seconds after liftoff, an uncontained pressure loss crippled Engine 1 on the Falcon 9 rocket. In prior decades of spaceflight, such asymmetrical thrust often triggered catastrophic aborts. Instead, real-time autonomous flight software recalculated the burns for the remaining eight engines, compensating on the fly to deliver the Dragon spacecraft safely into its target orbit. CRS-1 signaled that commercial space was not simply about cheaper hardware or private capital; it was about supplanting brittle analog heritage systems with fault-tolerant architectures capable of surviving dynamic failure in deep flight.