As demand for AI infrastructure continues to grow and deployments become larger and more complex, execution is the critical differentiator. Customers are seeking partners that can deploy the power, cooling, and space required at speed, while maintaining consistent technical standards.
DayOne employs a standardized approach to data center development, including the modular prefabrication of power, cooling, and base build systems. By bringing certain mechanical, electrical, and plumbing infrastructure work into controlled factory environments, the approach shortens development timelines and enables consistent large-scale execution.
As a result, DayOne can deliver data center projects in eight to twelve months in Southeast Asia, significantly accelerating the deployment of digital infrastructure capacity for customers.
“At DayOne, we believe that prefabrication and modularization are key to delivering infrastructure at the pace required by the AI era,” said Jamie Khoo, Chief Executive Officer of DayOne. “Our teams have spent years developing integrated platforms, products, and modules that enable us to deliver large-scale campuses at speed and scale, with the consistency and quality our customers trust. Supporting the new NVIDIA DSX POD reference design is a natural extension of that work.”
“Meeting growing demand for accelerated computing requires integrated infrastructure solutions, and the NVIDIA DSX POD reference design helps align compute, power, and cooling for faster deployment,” said Charlie Boyle, Vice President of DGX Systems at NVIDIA. “DayOne’s support for this reference design, combined with its modular infrastructure and integrated delivery capabilities, can help customers bring capacity online sooner and shorten the time to first token.”
As AI infrastructure deployments grow in scale and complexity, greater levels of integration across power, cooling, networking, and compute environments are becoming increasingly important. DayOne believes modular infrastructure will play a critical role in accelerating the delivery of next-generation data center capacity.
