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Our vision, a proposed development

Beyond the data center.

Building for the technology we know, and preparing for the technology we have yet to discover.

The Hyper Hub perspective

Rendering of a long data hall aisle between liquid-cooled server racks

01Foundations

Infrastructure makes possibility practical.

For more than two centuries, technological progress has repeatedly transformed what humanity considered possible.

  1. Electricity became infrastructure.
  2. Telecommunications became infrastructure.
  3. Computers became infrastructure.
  4. The Internet became infrastructure.
  5. Cloud computing became infrastructure.

Accelerated computing is now reshaping the field again, while quantum information science is opening new approaches to processing, protecting and connecting information.

The Hyper Hub is being developed with a simple philosophy:

The infrastructure we build today should not unnecessarily limit the technology of tomorrow.

Our proposed facility brings together high-density accelerated and high-performance computing (HPC), advanced liquid cooling, enterprise and network colocation, broad connectivity and dedicated quantum-ready space within one adaptable infrastructure platform.

But our vision extends beyond current computing.

02Time and connection

Time shapes computing and communications.

  • How long does information take to travel?
  • How quickly can it be processed?
  • How rapidly can two systems exchange information?
  • How precisely can distant systems synchronize?

These questions concern latency, the delay in moving or processing information, and synchronization, or keeping systems coordinated in time.

Computing has advanced by reducing many of these delays while increasing the amount and complexity of information that can be processed. Speed matters alongside energy efficiency, reliability and accuracy.

The next generation may require us to think differently about communications.

03Learning from nature

Nature gives us a remarkable example.

Estimated stars in the Milky Way
100–400 billion
Estimated neurons in a human brain
~86 billion
Approximate synaptic connections
~100 trillion

NASA describes the Milky Way as containing approximately 100–400 billion stars and spanning roughly 100,000 light-years.1

The human brain contains approximately 86 billion neurons, with connections through synapses numbering on the order of 100 trillion. These are estimates, not exact counts for every person.23

Using these estimates, a single human brain can contain roughly 250–1,000 times as many synaptic connections as our galaxy contains stars. This comparison illustrates numerical scale; it is not a comparison of computing performance.

Neurons exchange signals through extraordinarily complex networks. Many processes operate in parallel, and connections can change strength and reorganize. We still have much to learn from them.

04An adaptable platform

Quantum is a beginning, not an endpoint.

Quantum computing and quantum networking are still developing. NIST and the U.S. Department of Energy describe research into connecting quantum processors, converting signals between microwave and optical frequencies, and developing quantum networks, repeaters and memories. These systems are expected to work alongside classical networks.45

The Hyper Hub's objective is to create infrastructure that can evolve across generations of technology, with complementary areas of development:

  • Traditional computing
  • Accelerated and high-performance computing
  • Quantum-ready infrastructure
  • Advanced networking
  • Future communications research

These areas can advance together. They are not a fixed sequence in which each technology replaces the one before it.

Future research may involve quantum networking, photonic systems that use light to handle information, neuromorphic computing inspired by the brain, bio-inspired communications, next-generation optical systems, advanced synchronization, distributed inference or architectures that have not yet left the laboratory.

Some future advances may not yet have a name. That is precisely why adaptability matters.

We want The Hyper Hub to provide the physical environment in which researchers and technology partners can move ideas from theory toward application. These are areas of interest, not announced research programs or partnerships.

05The opportunity ahead

Built for now. Prepared for next.

The worldwide requirement for computing infrastructure is expanding. In its 2026 outlook, the International Energy Agency projects global data-center electricity consumption to rise from approximately 485 terawatt-hours in 2025 to 950 terawatt-hours in 2030, roughly doubling, with AI a major driver. A terawatt-hour is a measure of electricity consumed over time.6

2025~485 TWh
2030~950 TWh
IEA projection of global data-center electricity consumption. This is a global forecast, not a guarantee of demand for any individual facility.

The demand is happening now. The technological transformation is happening now. And the infrastructure decisions being made today will influence what can be deployed tomorrow.

That is the purpose of The Hyper Hub:

Serve today's computing requirements, prepare for emerging quantum technologies, and create room for researchers and innovators to investigate what comes next.

We believe humanity is still at the beginning of understanding the true possibilities of computation and communication.

The next breakthrough may come from moving more information. It may come from moving information differently. Or it may come from discovering an entirely new way of defining what information exchange means.

The Hyper Hub is being designed to be ready for that conversation.

Start a conversation

The Hyper Hub is a proposed development. Technology capabilities and research uses remain subject to engineering, equipment selection and project delivery. View project status.

Further reading

Sources and context

Scientific estimates and forecasts checked September 20, 2026. References support the background discussion; they do not imply endorsement of The Hyper Hub.

  1. NASA: Our Milky Way Galaxy: How Big Is Space?Estimated star count and galactic diameter.
  2. Azevedo et al. (2009): Equal numbers of neuronal and nonneuronal cells make the human brain an isometrically scaled-up primate brainOriginal study supporting the approximate 86-billion-neuron estimate.
  3. Harvard Medical School (2023): A New Field of Neuroscience Aims to Map Connections in the BrainOverview of approximately 100 trillion connections and research into neural networks.
  4. NIST: Quantum Networking and Transduction GroupResearch into optical links and microwave-to-optical conversion for quantum processors.
  5. U.S. Department of Energy: DOE Explains… Quantum NetworksQuantum networking research and its complementary relationship with classical networks.
  6. International Energy Agency (2026): Key Questions on Energy and AI: Executive SummaryGlobal data-center electricity projections for 2025–2030.