The LIGO-India observatory has officially begun construction in Aundha, Hingoli district, Maharashtra, with groundbreaking taking place on April 23, 2026. Funded by the Indian government, this facility will join the global network of gravitational-wave detectors, enhancing the ability to detect and analyze cosmic events such as black hole mergers. The observatory will be designed similarly to its US counterparts, featuring an Advanced LIGO laser interferometer with two 4-kilometer-long arms. Scientists expect LIGO-India to be more sensitive due to recent technological advancements, including artificial intelligence and quantum techniques. With a target date for first observations set for 2030, the project involves over 60 Indian institutions and aims to train a new generation of experimentalists in gravitational-wave astronomy. By providing a unique perspective on cosmic events, LIGO-India will significantly contribute to multi-messenger astronomy, allowing researchers to correlate gravitational wave signals with electromagnetic data, thus unveiling deeper insights about the universe.