Digital Oasis: Data-Driven Ecosphere Retreat

At the core of our proposal lies the data center, not as a hidden infrastructure but as a visible and integral engine driving the building’s environmental performance. Data Oasis is an adaptive-reuse vision that transforms an abandoned power plant in Brooklyn, NY into a multifunctional skyscraper hotel, where data infrastructure and ecological systems are interwoven in both form and function.

Our innovative proposal transforms aging structures into multifunctional skyscraper hotels, functioning with data servers, blending history with futurism. The exterior features vertical farms that double as facades for cutting-edge data centers, preserving the buildings’ historical frames. This dual-purpose design promotes sustainability while maintaining architectural heritage. Inside, guests will discover interactive holographic spaces, creating a unique blend of digital and physical experiences. Adjacent data centers enhance this interaction, offering seamless access to various digital services. These centers also support the vertical farms, utilizing their heat output to foster plant growth, exemplifying a harmonious blend of technology and nature. This skyscraper hotel concept represents a new era of urban living. It is a dynamic space where history, technology, and sustainability converge, offering rest, digital immersion, and a connection to nature. The project is more than an architectural feat; it is a vision for a multifaceted, sustainable future that symbolizes the balance between urbanization, ecological responsibility, and historical preservation.

The hotel’s infrastructure is designed around a closed-loop system of power, water, and heat. Solar panels on the roof generate electricity and also collect rainwater and atmospheric dew. This water is stored, filtered, and circulated to serve vertical farming, guest use, and restaurant operations. Electricity powers pumps and servers, while the servers release heat that is repurposed to warm circulating water and nourish vegetation through embedded radiant systems. This cycle demonstrates a life-centered approach to sustainability.