The buildings would be built with sustainable and lightweight materials, such as treated wood and recycled composites, which would not only allow them to float, but would also be resistant to corrosion and the passage of time. The structure could include modular platforms that adapt to variations in water level, with a flotation system that allows the buildings to be raised or lowered as needed. Each building would feature large terraces and balconies that extend toward the water, creating outdoor spaces for recreation. Water gardens and children's play areas could be designed, where native vegetation and aquatic plants not only beautify the environment, but also help filter the water and provide habitats for local fauna. Additionally, meditation and rest areas could be included, where residents can enjoy the tranquility of the aquatic environment. To address sea level rise, buildings would be equipped with anchoring systems that allow them to remain stable in storm conditions. Regarding water scarcity, rainwater harvesting systems and purification technologies would be implemented that would allow residents to use water efficiently. Floating gardens could also be incorporated, where residents grow their own food, promoting self-sufficiency and sustainability. The interiors would be designed to maximize natural light and panoramic views of the waterscape. Open and flexible spaces would encourage social interaction, with common areas that invite collaboration and exchange between residents. Activity rooms, workshops and community event spaces would be an integral part of the design, creating a sense of belonging and community.