The design strategy centers on transparency as both a physical and organizational principle, recognizing that visibility fosters collaboration and knowledge exchange between different research groups and disciplines. Physical transparency through glazing and open planning allows occupants to perceive the broader community of innovation surrounding them, breaking down the isolation that can occur in specialized research environments. This openness extends beyond mere aesthetics to embody a philosophy of shared discovery, where the visibility of ongoing work can spark inspiration and encourage the informal interactions that often lead to breakthrough insights.

Flexibility emerges as a fundamental requirement given the rapidly evolving nature of technological research and the diverse needs of different tenant organizations. The spaces are designed to accommodate varying configurations and uses without requiring major structural interventions, allowing companies to adapt their environments as projects evolve and new equipment or methodologies are introduced. This adaptability extends to the capacity of building facilities, which must support intensive and variable demands for power, data, cooling, ventilation, and other utilities essential to high-tech research. The infrastructure is engineered with substantial capacity headroom, ensuring that tenants are not constrained by building limitations as their research intensifies or shifts direction.