The combination of architecture and landscape: continuous greening follows the rhythm of space, height and forest texture, interspersed between the two towers to complete the architectural project. A series of raised green platforms form the entertainment and leisure space of the building. The garden made up of Green Island establishes a visual connection between the tower lobby and the forest.

History and current situation: Historically, the entire coastline of Brazil has been covered by Atlantic forests. It occupies 8% of the surface vegetation and is one of the healthiest ecosystems in the world. It has the world's most famous ornamental plant species. Today, these forests are extensively reclaimed, carrying more than half of Brazil's population and major agroforestry, with less than 7% of the original ecosystem preserved. In São Paulo, the Atlantic Forest is sporadic in the city, and the broken ecosystem is difficult to adapt to the warming climate and threatens the living space of wildlife.

Protection of the Atlantic Forest: The design preserves the mature trees that have been growing in the base for decades. In order to set up the foundation and build the parking lot, some areas need to be excavated and the trees in these areas are moved to the edge of the base. While retaining the original 171 mature trees, the designer introduced hundreds of new Atlantic forest species and used wind chime as a sign of the project, setting up dozens of different plants at the main entrance of the square.

The integration of the park and the city: In order to blur the boundaries of the base, the designer set up a series of undulating guardrails on the plane and the façade, woven into the landscape. In this city with cars as the main means of travel, a 1 km long circular walkway connects the sidewalks, forests, architectural plazas, restaurant terraces, terrain gardens and rooftop coffee to make the base a whole. The main body of the loop is a rising perforated metal path. People walk up from the narrow sidewalks and lie between the canopies to gain a unique walking experience. Water treatment: Local species such as pineapples and epiphytes are used for low water conservation needs. To reduce water loss, designers use perforated metal sheets to lay overhead paths to increase the penetration area. The local soil has good water retention performance, and rainwater is collected and used in tower cooling and base irrigation. The fountain and the lush vegetation create a cool microclimate, and the fountain water is recycled for use in the toilet.

Designing the forest into the city creates a sustainable ecosystem that combines landscape and architecture.