If spectacularity is now often an undeniable feature of contemporary architecture, Skidmore, Owings & Merrill once again pushes this tendency beyond the simple (and reductive) effect of amazement, transforming “science fiction” into an effective tool for territorial marketing and context interpretation. After iconic projects such as Burj Khalifa in Dubai, One World Trade Center in New York and Jin Mao Tower in Shanghai, the firm has recently unveiled the design for Alatau Iconic Complex and Gateway District, which will rise in the new city of Alatau, Kazakhstan: a strategic hub connecting Europe and Western China, currently under development. The intervention is conceived as the economic and administrative hub of a dense, multifunctional urban district, whilst embodying the country’s ambition to step into the global spotlight. Two wedge-shaped, asymmetrical towers of differing heights — like fragments of an asteroid embedded in the ground or sedimented shards of the neighbouring Trans-Ili Alatau mountain range — stand as monumental gateways to the district: the main tower, standing 272 metres tall, will house offices and luxury residences, becoming the tallest building in the Almaty region and southern Kazakhstan; the second tower, standing 80 metres tall, will house a luxury hotel and exclusive residences. At the base, a three-level podium arranged in terraces — a clear homage to the foothills of the Alatau — acts as a connecting element for the entire complex, weaving together public spaces, commercial activities, cultural venues and event areas into a composite urban system. Both buildings are designed to the highest performance standards: highly efficient façades and integrated sun-shading systems reduce solar gain, whilst large central atriums bring natural light deep into the buildings and open up to spectacular views of the surrounding mountains. Given the region’s high seismic risk, rigorous structural safety systems will be implemented to ensure the buildings’ stability and resilience. Despite the project’s visionary nature, its realisation appears well on track: site preparation works are at an advanced stage and large-scale excavation is scheduled to begin in May, with completion expected by the end of 2029.