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Postcard From A Bitflinger

Dave Ward Posted On October 22, 2025
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Abstract digital illustration of vibrant clouds in shades of orange, gray and white merging with geometric shapes and network lines. The design features a bright blue sky and turquoise water with interconnected nodes and lines symbolizing cloud computing, data flow and connectivity.

A profound restructuring of the cloud is underway. It directly impacts the architecture of the internet—and we need to stop burying our heads in the sand and talk about it. This restructuring will cause significant and rapid changes in infrastructure deployment, traffic patterns and the techno-economics of acquiring and delivering connectivity.

It’s not surprising that AI is driving this change, and we can see its impact in the incredible expansion of data centers, hyperscalers and the latest entrant, neoclouds—a new type of cloud provider specializing in computing infrastructure built for artificial intelligence (AI) and high-performance computing (HPC) workloads.

I’m not here to hype AI. Plenty of people are already doing that and frankly, I have no need to join them to prove the point. I don’t need to speculate on what AI can and cannot do. I don’t need to talk about if or when AI is going to happen. It’s already here, moving so quickly no one can ignore it. But if by some miracle you still aren’t certain about the impact of AI, you will be by the time you read our latest white paper, Cloud 2.0: Because AI won’t run on yesterday’s internet.

Why the Network Is the Unsung Hero of the AI Revolution

To grasp the scale and speed of this transformation, we need to focus on an often-overlooked factor: the network. In this new report, we dive into:

  • How to move data smarter for AI
  • Why fiber routes and connectivity matter more than ever
  • A new way for enterprises to rethink their networks to stay ahead in the AI economy

Buckle up—this is where it gets interesting!

In the white paper, we focus on the network and three critical resources—real estate, power and water—needed for AI training and inference, and the data centers that support those workloads. If you think, “Oh, the internet can handle this like it did broadcast, streaming, shopping, VPNs, cloud connectivity and SaaS, so why worry this time?,” think again. The internet as we know it must change and will change because of the AI effect.

I’ve always been a networking guy–a bitflinger–and Lumen is a networking company. My goal is to explain how AI’s network effects will influence network architecture and telco operations as we adapt to its requirements. In the white paper, I take a conservative view of AI, not a hyperbolic one. Even through that lens, I see that the investments in infrastructure and telco operations required to support AI are unprecedented, with $7 trillion projected across data centers, AI chips, power and network connectivity.1 These investments are going to fundamentally change the architecture of the internet, along with the internet and AI economy.

Four vertical panels showing estimated market sizes for AI-related infrastructure: Data centers at $2 trillion labeled AI Factories; AI chips at $4 trillion labeled Compute Infrastructure’; Power and Transmission at $0.5 trillion labeled Power & Transmission, and Network Infrastructure at $0.5 trillion labeled Strategic Adjacencies.

Figure 1: A $7 trillion investment across data centers, AI chips, power and network infrastructure is reshaping the future of cloud computing.

Yesterday’s Internet Can’t Support Tomorrow’s AI

What I want to emphasize is that we can’t simply map the past—what I call Cloud 1.0—to what’s happening with Cloud 2.0. We need a new mindset. The skyscape has changed: it’s no longer just client-server or web hosting. No more well-known peak and median use patterns. No more Class of Service (CoS) or even stacked headers on packet. We’re venturing into uncharted realms, and our network architecture must evolve to meet this moment.

Network consumption, including pricing and infrastructure, must be reinvented. The old infrastructure is still useful for simple client-server and web hosting interactions, but it’s wheezing and gasping, and it needs rethinking. The frontier of Cloud 2.0 is here—so we need to boldly go, Star Trek style. But let’s be clear: simply strapping more thrusters onto our Cloud 1.0 spaceship won’t get us to warp speed.

Cloud 2.0: Because AI won’t run on yesterday’s internet delves into why, how and where this restructuring is occurring; what enterprises, hyperscalers and data center operators need to do in response to it; and the techno-economics of this major shift.

The Cloud 2.0 frontier is approaching at unprecedented speed, and those who hesitate risk being left behind. It’s time to rethink, rebuild and move beyond the limits of Cloud 1.0. Read the white paper today to learn what it will take to adapt your business.

Read white paper 

1Brookfield, Building the Backbone of AI, August 2025.

 

This content is provided for informational purposes only and may require additional research and substantiation by the end user. In addition, the information is provided “as is” without any warranty or condition of any kind, either express or implied. Use of this information is at the end user’s own risk. Lumen does not warrant that the information will meet the end user’s requirements or that the implementation or usage of this information will result in the desired outcome of the end user. All third-party company and product or service names referenced in this article are for identification purposes only and do not imply endorsement or affiliation with Lumen. This document represents Lumen products and offerings as of the date of issue. Services not available everywhere. Lumen may change or cancel products and services or substitute similar products and services at its sole discretion without notice. ©2025 Lumen Technologies. All Rights Reserved.

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Artificial Intelligence (AI)Cloud ComputingData Center


Author

Dave Ward

Dave Ward is Chief Technology and Product Officer for Lumen. In this role, he is responsible for the development, integration, and deployment of Lumen’s global network, as well as creating disruptive technologies through innovative product development. Dave has more than 25 years of experience reinventing and expanding the capabilities of networks and the value they bring to customers. He previously was the CEO of PacketFabric where he oversaw its Network-as-a-Service (NaaS) offering and led significant product expansions. Prior to that, he served as a Senior Vice President, CTO-Engineering and Chief Architect at Cisco Systems, and served as a Fellow at both Cisco Systems and Juniper Networks. Dave holds a bachelor’s degree from Syracuse University and graduate degrees from the University of Minnesota.

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