The building includes flexible workspaces with a full-height perimeter glazed-façade – maximizing daylight and offering panoramic views towards historic landmarks such as World Heritage St Paul’s Cathedral, Old Bailey, St Brides and the Royal Courts of Justice. Fleet Street embeds strong environmental credentials geared to meet the benchmarks set out by Whole Life Carbon and Circular Economy principles to reduce the embodied carbon of the development.

The timeline continued as visitors descended the stairs from the present to the Singularity: the furthest hypothetical point in time predicted by futurist Ray Kurzweil. Each stair landing expanded on the future of Thinking (emergence of artificial and collective intelligence); Sensing (virtual and augmented reality); Making (manual construction to robotic manufacturing); and Moving (Interplanetary migration).

The barriers between human and artificial intelligence will also be removed. Newly created spaces including AI exhibition spaces, markets and cafés will invite the public to join under the roof. Under the same roof, professionals and robotics working in the most innovative companies of the country will develop future technologies. The traffic strategy focuses on a flexible transition towards a future re-balance of nature with development. Throughout Terminus Future City, e-bikes, robotic vehicles and self-driving cars will define a new, smart mobility system.

BIG proposed leaning the facades of the building outwards until the inclination reaches the average angle of the sun, the facades dodge the sun rays and rest in the shade of the building itself. Due to the relatively high average position of the sun on the sky the total sun exposure can be reduced dramatically at relatively small inclinations. The resulting building volume is a sort of inverted pyramid with the apex buried deep in the desert sand.

The . mile project area is located within the Federal Emergency Management Agency (FEMA) -year floodplain and spans from Montgomery Street to East th Street. The ESCR project is designed to protect and improve the resiliency of the large and diverse residential community of more than , New Yorkers, including approximately , NYCHA residents. ESCR will also offer protection to critical infrastructure &#; including a major pump station and an electrical substation that powers much of Lower Manhattan &#; as well as numerous local schools and libraries.