In a significant milestone for fusion energy, ITER has completed the final module of the Central Solenoid, forming the core of the world's largest pulsed superconducting electromagnet system. This achievement, part of an international collaboration involving over 30 countries, aims to showcase the potential of fusion power as a clean and abundant energy source. The Central Solenoid, combined with Poloidal Field magnets from Russia, Europe, and China, will play a crucial role in generating and controlling plasma within ITER's Tokamak reactor in Southern France. The system is designed to achieve a tenfold energy gain, producing 500 megawatts of fusion power from just 50 megawatts of input heating power. ITER's success in reaching construction milestones and engaging the private sector signifies a significant step towards realizing commercial fusion power. By fostering collaboration among its diverse member countries and facilitating technology transfer, ITER is at the forefront of advancing sustainable energy solutions.