Since the first detection of gravitational waves in 2017, over 390 events have been recorded by the LIGO, Virgo, and KAGRA detectors. The sensitivity of these detectors can fluctuate, necessitating data processing to enhance quality. Researchers have developed a new tool called Astrophysical Calibration, which improves detection accuracy by correcting data in real-time, akin to autotune in music. This method was recently demonstrated in a study published in *Physical Review Letters*, where it was applied to two significant gravitational wave signals, GW240925 and GW250207. The calibration technique allowed researchers to accurately interpret data from the LIGO Hanford detector, which had been miscalibrated at the time of detection. The results revealed the characteristics of the black hole mergers involved, providing vital insights into their properties. This advancement suggests that future gravitational wave detections will benefit from automated systems and improvements in detector technology, enhancing the field of GW astronomy.