A confidential client is expanding an existing advanced technology infrastructure campus with new capacity-driven infrastructure designed to support production systems and advanced-compute workloads. Delivered in phases, the program provides scalable capacity while maintaining operational continuity across the active campus during ongoing growth and retrofit activities.

The new facilities use a standardized, single-story design with large clear spans that support flexible equipment layouts and repeatable construction. Defined fault domains, modular IT rows and consistent rack densities allow capacity to be added predictably as operational needs evolve.

High-availability electrical systems provide standardized power and direct distribution to equipment racks, while air-assisted systems use direct evaporative cooling to improve efficiency and reduce mechanical complexity. The program also incorporates behind-the-meter power through modular on-site generation. Together, these features support accelerated delivery without compromising performance, reliability or operational requirements.

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This hyperscale data center campus is engineered to deliver exceptional performance, reliability and scalability for mission-critical operations. Equipped with the latest technologies, it supports a wide range of applications, from cloud computing to data storage and processing. As a confidential project, further specifics remain undisclosed, but it stands as a significant advancement in data center infrastructure.

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The hyperscale data center campus offers an advanced, high-capacity solution tailored for large-scale digital operations. With a focus on security, scalability and operational excellence, it provides a reliable foundation for handling vast amounts of data across multiple industries. Details of this confidential project remain restricted, but the campus sets a new benchmark for the future of data center innovation.

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This hyperscale data center campus represents a state-of-the-art facility designed to meet the growing demands of large-scale computing. Featuring cutting-edge infrastructure and advanced technologies, it offers robust, secure and scalable solutions for cloud services, enterprise data, and critical workloads. Due to its confidential nature specific project details are not disclosed.

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This project focuses on construction of a cutting-edge hyperscale data center campus, designed to accommodate large-scale, high-performance computing demands. The project’s confidential nature prevents the sharing of specific details about the infrastructure, location and operational scope. The design adheres to the highest standards of security, reliability and scalability, ensuring the facility supports advanced digital services and technologies.

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This project involves the construction of a state-of-the-art hyperscale data center campus, engineered to support large-scale, high-performance computing needs. Due to the confidential nature of the project, specific details regarding the infrastructure, location and operational scope cannot be disclosed. The design meets the most demanding requirements for security, reliability and scalability, ensuring the facility provides a critical backbone for advanced digital services and technologies.

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This project centers on the construction of a cutting-edge hyperscale data center campus, built to support large-scale, high-performance computing demands. Due to the project’s confidential nature, specific details about the infrastructure, location, and operational scope remain undisclosed. The design adheres to the most rigorous standards of security, reliability, and scalability, ensuring the facility acts as a vital infrastructure for advanced digital services and technologies.

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The Private Client Data Center in Cheyenne, Wyoming, is a 77,000-SF data center.  The data center is used for supercomputing, data storage, and archiving to support the company’s growth, as well as collocation to third-party customers. Collocation spaces feature state-of-the-art power and cooling, as well as leading-edge high-density rack-mount solutions.

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The National Support Center (NSC) replaced the National Computer Center (NCC) in Woodlawn, Maryland, as the Social Security Administration’s primary data center. The NSC houses and supports critical computer operations essential to providing prompt and accurate information processing and benefit payments to millions of Americans. The 285,000-SF facility complies with Mission Critical Criteria from the Uptime Institute Tier III design certification standards and contains the infrastructure necessary to support an IT load of 6 Megawatt (MW), expandable to 10 MW. ³ÉÈ˸£ÀûÊÓƵ’ strong commitment to sustainability helped the facility achieve LEED Gold Certification.

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