The Great US Fiber Gold Rush: AI is the Excuse, but Who Will Actually Make Money?

A professional headshot of a smiling man wearing a dark suit and light pink shirt against a neutral background.
B. Swan

Summary Bullets:

• US investment in fiber is accelerating at an all-time high as AT&T, Zayo, Verizon, and Lumen expand their networks to support AI and data-center growth.

• Building more fiber does not automatically translate into greater profits; customer demand, network utilization and investment discipline will determine the winners.

The US fiber market is in the middle of an AI gold rush, with telecom providers appearing determined that the machines never have to wait for bandwidth. AT&T’s recent partnership with Global Infrastructure Partners (GIP) and CPP Investments adds momentum to an investment race that already includes Zayo, Lumen, and Verizon. Each company is reshaping their networks to capture future demand from AI workloads and data center expansion. The enthusiasm is understandable, but with so many carriers reaching for their shovels, a more fundamental question remains: will AI demand deliver the returns the industry needs or will some investors be left digging for profit?

AT&T’s deal points to a shift in how communication service providers (CSPs) fund the next phase of their network expansion. By partnering with investment and private equity firms, AT&T can combine external funds with its existing fiber assets, accelerating deployment while sharing the financial risk. The venture’s wholesale, open-access model also widens the potential customer base to include operators seeking to support enterprise connectivity, data center interconnections, and AI workloads. The arrangement carries a trade-off, however. External funding eases pressure on AT&T’s balance sheet and speeds up the build, but AT&T must share future revenue and profit with its investment partners.

AI has now become the industry’s preferred justification for fiber spending, and every major carrier is investing in fiber networks to support the next phase of digital infrastructure growth. The expansion of hyperscale data centers and AI computing facilities is increasing the demand for those high-bandwidth connections between data centers, cloud platforms, and enterprise locations, which makes low latency and network resilience more important. Capacity alone will not guarantee success. Carriers must identify the routes and markets with the greatest potential, secure customer commitments, and maximize utilization to generate sustainable returns. AI is accelerating the investment cycle, but commercial discipline will determine which providers turn infrastructure spending into profitable growth.

As investment in US fiber networks continues to gain pace, providers must ensure that spending is backed by real customer demand rather than expectations of future growth. With AT&T, Verizon, Zayo, and Lumen all expanding their networks, competition will also grow across key markets, putting pressure on revenues and profitability. Partnerships like these can help spread investment costs and attract additional customers, but success will come down to how effectively CSPs use their networks. Routes that connect to established data center hubs may offer more immediate opportunities, while investments in emerging markets may bring greater uncertainty. Carriers must balance opportunity to capture growth against the risk of building capacity which may take years to generate adequate revenue.

AI is creating a significant opportunity for the US fiber market, but scale and timing of the future demand is less certain. As these four expand their networks, CSPs must look beyond growth and focus on profitable returns. AT&T’s partnership highlights one way to fund network expansion, while sharing the risk, however all carriers must have the customer demand to support long-term revenue growth. With competition increasing, more fiber will not automatically translate into greater profits. That leaves the question of whether success will come to those with the largest networks, or those making the smartest investment decisions.

Australia’s Cable Wars Are Heating Up: Thanks, AI

Professional headshot of a man with short hair, smiling, wearing a black suit and a pink shirt against a gray background.
B. Swan

• Artificial intelligence (AI) is reshaping Australia’s fiber map, driving investment beyond city limits and into emerging data center locations.

• Route diversity is becoming strategic, with terrestrial and subsea network providing greater resilience and flexibility for future digital workloads.

Australia’s fiber build-out is getting a second wind – and this time, artificial intelligence (AI) is changing the rules of the game. In the same week, Vocus and SUBCO announced new terrestrial and subsea cable projects demonstrating that Australia’s connectivity investment cycle is picking up speed. But this is about more than adding fiber. AI, cloud and data center expansions are changing where capacity is required and creating demand for networks with diverse, resilient routes that can withstand outages, congestion and other disruptions.

Continue reading “Australia’s Cable Wars Are Heating Up: Thanks, AI” →

EU Proposal for MSS Spectrum Seeks to Balance Bloc’s Commercial and Sovereignty Aspirations

I. Patel

Summary Bullets:

  • The EU’s MSS 2 GHz proposal strengthens regulation, security, and competition, but implementation through 2027–2029 will be phased, not immediate.
  • Small spectrum block sizes favor IoT, messaging, emergency services; large-bandwidth applications face bottlenecks.

When the European Commission unveiled its plan late last month to reassign the 2 GHz mobile satellite service (MSS) spectrum at EU-level, it initiated more than a regulatory proposal. With the dust now settled on the announcement, it is clear that this represents a geopolitical and commercial realignment. Signals in the market suggest the framework is firming up around core principles: sovereignty, security, restricted eligibility, spectrum caps, and wholesale access. But beneath those pillars lies a battlefield of interests that will define not just who wins licenses, but which services Europe values the most – IoT or in-flight broadband, messaging or full-fledged device-to-device (D2D) connectivity.

Continue reading “EU Proposal for MSS Spectrum Seeks to Balance Bloc’s Commercial and Sovereignty Aspirations” →

GSA’s Latest Private Wireless Market Tracker Notes 5G Acceleration – and Caution

A headshot of a man with short dark hair, wearing a black collared shirt, smiling against a light blue background.
John Marcus – Senior Principal Analyst, Enterprise Mobility and IoT Services.

Summary Bullets:

• GSA customer numbers for Q4 2025 show private 5G network traction continuing, driven by repeatable, vertical-specific use cases in manufacturing, mining, and campuses.

• 2026 momentum hinges on pragmatic LTE-to-5G evolution, spectrum clarity, and ROI-focused rollouts amid supply-chain and macro risks.

The Global mobile Supplier Association (GSA)’s Q4 2025 snapshot on private 4G/5G, published in February 2026, suggests it is a market that remains relevant only to certain enterprise segments, while also being more firmly established. With over 2,000 customers of GSA member companies tracked by year-end 2025, one can infer the increasing normalcy of cellular as an enterprise connectivity platform for operations, safety, and automation. Most organizations have more than one private network deployed, (almost) each of which generated revenues exceeding EUR100,000.

Continue reading “GSA’s Latest Private Wireless Market Tracker Notes 5G Acceleration – and Caution” →

Vodafone’s Subsea Expansion Fuels Global Network Ambitions

B. Swan

Summary Bullets:

  • Vodafone Group will build two submarine cable systems, Thetis Express and Kardesa Cable systems, as it looks to further strengthen its global undersea network.
  • Vodafone’s investment in both its terrestrial and subsea cable infrastructure validates its intention to remain a critical enabler of global connectivity in an AI-driven world.

With demand for data continuing to soar driven by AI, cloud, and other data-intensive services, the Vodafone Wholesale division unveiled plans to expand its global infrastructure as it looks to future-proof its network acknowledging that growth will depend on network resilience and scalability beyond today’s traffic patterns. Over recent months, the carrier has made multiple announcements to build two cable systems named Thetis Express and Kardesa. With the AI boom just starting, will Vodafone’s investment in its global network keep pace for future growth?

Continue reading “Vodafone’s Subsea Expansion Fuels Global Network Ambitions” →

T-Mobile Adds Data Support to T-Satellite, Broadening its Relevance Beyond Emergency Messaging

John Marcus – Senior Principal Analyst, Enterprise Mobility and IoT Services.

Summary Bullets:
• T-Mobile added data connectivity to T-Satellite in an announcement pivoting from “emergency messaging” focus of the service’s launch towards app-based data services and higher enterprise relevance

• Early business app integrations, coupled with an expanded set of consumer apps, position T-Satellite as a broader competitive play in satellite-to-mobile, though IoT support and performance limitations remain concerns

When T-Mobile launched T-Satellite commercially in July, the focus was firmly on safety and resilience. SMS, MMS, and text-to-911 formed the core offering, with compelling stories of hikers rescued and emergency alerts broadcast in disaster zones. At the time, the service’s competitive strengths were clear: broad device support, seamless integration with existing smartphones, and unique value in public safety. But there were also several limitations: no data or voice, little to offer enterprises beyond the “resilience” messaging, and no clarity on IoT support.

Continue reading “T-Mobile Adds Data Support to T-Satellite, Broadening its Relevance Beyond Emergency Messaging” →

Verizon Frontline Research Shows an Uptick in the Use of Advanced Technology by First Responders on the Horizon

Amy Larsen DeCarlo – Principal Analyst, Security and Data Center Services

Summary Bullets:

• Though just 12% of public safety workers currently use AI everyday, 46% anticipate it will become part of their daily work by 2030.

• With an increasing emphasis on using network-dependent technologies like connected cars and drones, network reliability – or the lack thereof – is the top concern of 67% of those surveyed.

As essential as first responders are, public safety officials aren’t necessarily known for deploying leading-edge technology. But results from the fifth annual Verizon Frontline Public Safety Communications Survey suggest this may be changing. The survey results of 1,028 first responders – i.e., EMS, fire, police, emergency management, public safety, and emergency communications workers – find that while advanced technologies like AI and drones are broadly used today, they expect wider implementation through 2030.

Continue reading “Verizon Frontline Research Shows an Uptick in the Use of Advanced Technology by First Responders on the Horizon” →

5G Network Slicing Services Launch with Increasing Frequency, but What Exactly Are They Offering?

John Marcus – Senior Principal Analyst, Enterprise Mobility and IoT Services.

Summary Bullets:

• Major telecom companies like Vodafone Germany, T-Mobile US, and Deutsche Telekom are launching distinct 5G network slicing services aimed at business customers, each reflecting unique strategies and market contexts, from Vodafone’s standardized pricing for virtual private campus networks to T-Mobile’s all-in-one premium mobility plan and Deutsche Telekom’s focus on mission-critical services for emergency responders.

• While these launches signify progress in 5G enterprise services, the concept of network slicing is still evolving, with offerings being marketed more as tailored connectivity solutions rather than fully programmable network tools.

The long-promised potential of 5G network slicing—dedicated, virtualized “lanes” in the mobile network—is finally being brought to market in structured offers for business customers. But what exactly is being offered? Vodafone Germany, T-Mobile US, and Deutsche Telekom have all announced distinct slicing propositions in recent weeks, each reflecting a different strategy and market context.

Continue reading “5G Network Slicing Services Launch with Increasing Frequency, but What Exactly Are They Offering?” →

Tata Communications and Amazon Web Services to Build AI Network in India, as More Telcos Look to Deploy AI-ready Infrastructure

B. Swan

Summary Bullets:

• Tata Communications will collaborate with Amazon Web Services (AWS) to build a high-capacity network connecting three major AWS infrastructure locations in Mumbai, Hyderabad, and Chennai.

• In a growing trend, more telecom providers are building high-capacity terrestrial networks to meet the growing demand in bandwidth contributed by the rise in artificial intelligence (AI) and cloud.

Tata Communications has announced a new partnership with AWS to build and deploy a high-capacity national terrestrial network backbone, making a significant move in transforming the country’s digital infrastructure evolution. This strategic collaboration between the two supports the continued rise in demand for data-intensive workloads driven by AI and cloud adoption. In what is becoming an increasing trend among global telecom operators, with more carriers investing substantial funds to expand, or upgrade their terrestrial networks to meet future data traffic demands, contributed by data-hungry workloads such as AI/ML, while future-proofing their networks to meet the requirements of their hyperscalers and enterprise customers.

Continue reading “Tata Communications and Amazon Web Services to Build AI Network in India, as More Telcos Look to Deploy AI-ready Infrastructure” →

Carriers Grow Traffic Significantly While Also Delivering Energy Efficiency

R. Pritchard

Summary Bullets:

  • Comcast has nearly doubled the energy efficiency of its network ahead of its 2030 target while also carrying 76% more data.
  • Other examples of greater energy efficiency through new technology include BT Global Fabric, where the replacement of legacy platforms will see a 79% energy consumption reduction.

Comcast announced that it is near to reaching its goal of doubling its network energy efficiency ahead of its 2030 target, stating that it is “delivering dramatically more data at faster speeds and greater reliability at the highest quality for our customers, all while conserving the amount of energy needed to power our network.”

Continue reading “Carriers Grow Traffic Significantly While Also Delivering Energy Efficiency” →