#USA #Dallas #Jacobs #Digital Twin #AI Data Centers

Jacobs Launches Innovative Digital Twin Solution for AI Data Centers

In a significant advancement in the field of data center technology, Jacobs (NYSE: J) recently introduced a state-of-the-art digital twin solution tailored specifically for artificial intelligence (AI) data centers. This innovative solution aims to assist developers and data center owners in planning, simulating, and optimizing their operations at a gigawatt scale, ultimately accelerating their time-to-market while enhancing energy efficiency and long-term operational effectiveness.

The digital twin solution is strategically developed under the NVIDIA Omniverse DSX master plan. By combining a standardized reference design for large-scale AI data centers with a hyper-realistic virtual environment, the platform features advanced simulations of computing systems, power sources, and cooling mechanisms. This comprehensive setup serves as a real-time virtual counterpart for AI data centers enabling a seamless integration of components both inside and outside the facility.

One of the key benefits of Jacobs' digital twin technology is its ability to provide a detailed overview from initial planning stages through to virtual commissioning, operation, and maintenance. The integration includes critical aspects such as site-specific configurations, power setups, and advanced airflow simulations, establishing a full-circle approach to data center operational excellence.

Bob Pragada, the President and CEO of Jacobs, commented on the increased complexity and costs involved in constructing advanced facilities. He noted, “As AI infrastructure expands to gigawatt levels, owners need a reliable framework to guide their investments. Our global knowledge and vast experience in advanced facilities empower clients to plan effectively, enhance performance, and achieve safer, more resilient long-term operations.”

The initial module of the digital twin solution is currently available for owners and operators, with future features designed to add value across the asset lifecycle—from planning and design to commissioning and construction. Future designs are also set to optimize models for smaller data centers with capacities of 250 megawatts, thus broadening the solution's applicability within the industry.

Moreover, this modular reference design facilitates quick and reproducible deployment of gigawatt-scale installations. The reference design and digital twin solution are fundamental components of the NVIDIA Omniverse DSX framework, which provides a comprehensive framework for creating and operating AI data centers at a gigawatt scale.

Jacobs supports major global providers across a range of high-tech sectors, including data centers, electronics, semiconductors, life sciences, and specialty manufacturing. They are currently engaged in establishing high-performance computing environments for organizations such as NVIDIA, Hut 8, and PsiQuantum. Navigating challenges from climate risk to stricter regulations and tighter timelines, Jacobs' integrated approach to project delivery helps companies stay ahead in a rapidly changing landscape.

At Jacobs, the commitment to innovation focuses on addressing some of the world’s most complex challenges. With an annual revenue of approximately $12 billion and a dedicated team of nearly 43,000 professionals, Jacobs provides end-to-end services across advanced manufacturing, cities and places, energy, environment, life sciences, transportation, and water sectors. Whether it’s advisory, feasibility studies, planning, design, program management, or lifecycle management, Jacobs strives to create a more connected and sustainable world.

To learn more about Jacobs and stay connected, visit jacobs.com and follow their accounts on LinkedIn, Instagram, X, and Facebook.

This press release contains forward-looking statements as defined by the Private Securities Litigation Reform Act of 1995. Forward-looking statements are not directly tied to historical or current facts and often utilize terms such as 'expect', 'anticipate', 'believe', 'seek', 'estimate', 'plan', 'intend', 'future', and similar expressions. These forward-looking statements are based on current management estimates and expectations, as well as existing financial and economic data. However, forward-looking statements are inherently uncertain, and various factors could lead to outcomes significantly differing from expectations, including project timelines, funding allocations, and changes in applicable tax laws or government spending policies.