The United Nations report indicates that 70% of the world's coral reefs are under threat, with 20% already destroyed, 24% facing imminent collapse, and an additional 26% subject to long-term threats. Considering the economic and social impact of ocean degradation, an AI-generated building inspired by the simulation of coral skeletons has been created. The exterior surface of the building mimics the structure of natural coral reefs, providing new habitats and shelters for marine life. Algae, anemones, and other organisms can attach to the building's surface, forming a rich ecosystem that enhances the survival and reproduction opportunities of marine organisms. The uneven surface and intricate features of the building provide ideal settlement sites for coral larvae, promoting coral growth and reproduction. Attached algae absorb carbon dioxide through photosynthesis, reducing carbon levels in the ocean and slowing down ocean acidification. Additionally, it provides new habitats and food sources for marine life, attracting more marine organisms and increasing biodiversity. As an innovative eco-friendly building, the biomimetic architecture modeled after coral skeletons is expected to garner widespread public attention and interest, raising awareness and participation in coral reef conservation and marine ecosystem restoration. This building, by simulating the ecological functions and structural features of natural coral reefs, is poised to make a positive contribution to the restoration of marine ecosystems.