The Project
The Genesis collection takes an approach rooted in realistic design renderings, but it also incorporates futuristic features that blend seamlessly with reality. Our vision of the Metaverse is to build an inclusive space that brings together our web2 and web3 lives through social engagement, commerce, business, and innovation.
To build 10,000 properties into one project was a real challenge but at the same time allowed us to be creative and channel our futuristic thinking. Our architects developed small modules spanning the area of a floor that stack into six layers, forming a disc. These discs are further stacked on top of each other to form the unique shape of our towers. In addition, the bodies of water and vegetation serve as a focal point in Genesis, with a big lake on the ground floor and luscious green vegetation hanging off the terrace of many discs. More information on this will be provided later.
Common Areas - In a bid to leverage our vertical spacing, we’ve expanded the vegetation throughout the Genesis towers. Overall, the design of the towers, the water and vegetation are all designed to harmoniously incorporate natural elements using a crisp and neutral palette with pops of color. We expect our holders to interact in communal areas surrounded by nature and modern architecture and design.
Residences - All residential units, excluding duplex units, will be above the commercial units. Duplex units will standalone on the ground floor. Some residences will have a deck extension (terrace) with luscious tropical vegetation built-in to create a zen atmosphere
Towers - The towers consist of discs made by a combination of modules measuring 8x8 meters (26.2 ft x26.2 ft) with a total 64 m² (686.5 sq.f) area. Each module will have 4.5 m (14.8 ft) from floor to ceiling.
Some units will be a combination of two or more modules. These combinations can exist in either plane - horizontally and vertically. The modules will rest on wide flange metallic beams and columns, measuring 0.2 x 0.2 m (7.9” x 7.9”) forming a 3D grid shape.
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