Fault-injection campaign on SMAesH: 1,000-key correct/faulty AES-128 ciphertext pair set

11,118,412 effective correct/faulty AES-128 ciphertext pairs collected from the public SMAesH first-order masked AES-128 core on a NewAE CW305 board (Artix-7 XC7A100T), faulted with a ChipWhisperer Husky using a high-power crowbar on VCCINT. Faults are injected at an uncontrolled point in time: the glitch offset is drawn uniformly from a window covering the whole encryption, so no round, byte or operation is targeted. 1,000 independently generated master keys, 18,049,280 trials in total, of which 61.60 % changed the ciphertext. The set ships both as the raw collection log (pairs.csv.gz) and as a binary cache of the effective pairs (pairs_cache.npz, 411 MB) that the analysis code reads directly. See README.md in this record for the file layout, the column and array descriptions, and the campaign parameters. This is the dataset behind "Exploiting Statistical Bias in Decomposed S-box Implementations for Fault Analysis of Masked AES-128 under Uncontrolled Timing". The analysis and figure code is at https://github.com/dkfor10v2/smaesh-sfa-workbench