Project by Hee Leong Lim
From Rack to Root: Architectural Prototype for a DNA Data Storage Center introduces a transformative and sustainable approach to digital infrastructure by integrating ecological processes into architectural design.Starting from the idea that an extremely small amount of synthetic DNA can store as much data as a traditional server rack, the project imagines a future where plants—rather than machines—become living archives. Data is stored within plant DNA, and the data center is re-imagined as a vertically layered garden that operates on sunlight, water, and soil.
The system is maintained by seven key activators: ● Data Curators sort incoming data by duration and importance. ● Biologists encode the selected data into plant DNA. ● Gardeners manage planting, pruning, and compost. ● System Operators respond to large-scale risks like fire or mutation. ● Tour Guides lead public visitors through the site. ● Visitors explore the non-data garden. ● Clients submit personal data to be archived in living plants.
Plants are categorized and placed based on root structure, growth cycle, and sunlight needs. Rainwater recycling and reused heat water support the greenhouse environment and reduce environmental impact. The existing structure is fully preserved, with new openings carefully introduced in the walls and roof to allow natural light and air to enter the interior.
This architecture performs the core functions of a data center—storage, backup, and recovery—but through biological and ecological processes. Rather than relying on energy-intensive machines, it offers a sustainable, long-term framework for re-imagining digital infrastructure across architectural and urban scales.
