This study investigates the potential of moss-growingconcrete as an innovative and environmentally sustainable construction material that combines the structural integrity of traditional concrete with the ecological advantages of living moss. Concrete plays a vital role in modern infrastructure; however, its production significantly contributes to environmental degradation due to high energy consumption and substantial carbon dioxide emissions during cement manufacturing. As concerns about climate change, pollution, and resource depletion continue to rise, the need for eco-friendly building materials has become increasingly urgent. In this context, bio-integrated or moss concrete emerges as a promising solution, offering the ability to naturally absorb carbon dioxide, reduce atmospheric pollutants, and improve thermal insulation without compromising strength and durability. Moss, a resilient organism capable of thriving in harsh and diverse environmental conditions, is introduced into concrete matrices of different grades such as M35 and M40 to examine its growth behavior and its influence on the mechanical and environmental performance of the material. This integration creates a dynamic, living façade that adapts to changing environmental conditions over time while enhancing the aesthetic appeal of structures. Furthermore, moss concrete supports urban biodiversity, contributes to temperature regulation, and improves air quality, making it highly suitable for sustainable urban development. By reducing the carbon footprint and incorporating natural elements into built environments, this material fosters a harmonious relationship between nature and infrastructure. The findings of this research aim to encourage the adoption of moss concrete in the construction industry and contribute to the advancement of sustainable and green building practices for future development.