Samer Choucair: AI Is Repricing Fiber, Spectrum, Towers, and Data Centers
Investment leader Samer Choucair said the rise of David Grain’s fortune to approximately $2.3 billion on Forbes’ 2026 billionaire ranking reflects a broader shift in how digital infrastructure is being valued. He argued that the physical assets carrying data, from fiber and spectrum to towers and data centers, are becoming a central part of the investment cycle driven by artificial intelligence and the wider digital economy.
Samer Choucair noted that Grain Management oversees roughly $12 billion in assets and said its highly specialized focus on telecommunications and digital infrastructure demonstrates how investors with deep sector expertise can create long-term value from assets that are limited in supply and supported by structural demand for connectivity.
According to Samer Choucair, the importance of David Grain’s experience lies not in his inclusion on a billionaire ranking, but in what it says about where investment value is being created.
“The significance is that wealth can be built by owning and operating the infrastructure that makes the digital economy possible, not only by investing in software companies or artificial-intelligence models,” Choucair said.
Artificial Intelligence Is Repricing Physical Infrastructure
Choucair said the expansion of artificial intelligence is increasing demand for computing capacity and data centers, but that computing power itself depends on a much broader physical ecosystem.
Data centers require electricity, connectivity, fiber, spectrum, and networks capable of moving increasingly large volumes of data continuously and reliably.
“Capital markets in this cycle are rewarding investors who acquire regulated physical scarcity more than investors who simply buy into a broad growth narrative,” Choucair said.
He added that this evolution is pushing digital infrastructure closer to the characteristics traditionally associated with long-duration infrastructure assets, including contractual cash flows, high barriers to entry, and limited physical supply.
As a result, fiber networks, spectrum rights, towers, and digital-connectivity assets are increasingly being viewed as strategic infrastructure rather than merely extensions of the traditional telecommunications industry.
Spectrum Transactions Highlight the Appeal of Specialized Assets
Samer Choucair pointed to the spectrum transaction between Grain Management and T-Mobile, involving approximately $2.9 billion in cash as well as license exchanges, as an illustration of the growing value assigned to spectrum as a scarce and strategic asset.
Spectrum can support enterprise communications, critical infrastructure, private wireless networks, and specialized connectivity requirements across industrial and utility markets.
Choucair said investments in fiber, towers, spectrum, and communications infrastructure can create long-duration revenue platforms, particularly when those assets are backed by customers with recurring and mission-critical connectivity needs.
This investment profile can be especially attractive to pension funds, endowments, and infrastructure funds because it provides exposure to a long-lived physical asset rather than solely to higher-volatility technology investments.
The distinction is increasingly important as institutional capital looks for ways to participate in artificial-intelligence growth while avoiding dependence on the valuation cycles of individual software or semiconductor companies.
A Major Opportunity for the Gulf
Choucair said the shift carries particular significance for Gulf economies, led by Saudi Arabia, as investment in artificial intelligence, data centers, advanced manufacturing, and logistics expands under Vision 2030.
Building data centers, he said, requires far more than constructing server facilities. It also requires fiber networks, connectivity corridors, private networks, appropriate spectrum, reliable electricity, cooling systems, and resilient power infrastructure.
That creates a wider investment opportunity across the digital-infrastructure value chain.
Choucair said Saudi Arabia’s accelerating digital investment could generate opportunities in regional fiber networks, interconnection facilities, data centers, spectrum dedicated to industrial networks, and connectivity infrastructure supporting economic cities and critical facilities.
He cautioned that Gulf investors focused exclusively on publicly listed telecommunications companies may therefore miss an important part of the opportunity emerging in private, relatively illiquid digital-infrastructure assets.
For institutional investors, this distinction matters because some of the most valuable infrastructure supporting the AI economy may sit outside traditional public-equity benchmarks.
Capital Is Being Reallocated Across the Digital Stack
Samer Choucair said institutional investors increasingly need to evaluate data centers, fiber, spectrum, towers, and energy as part of a single interconnected system.
Investing in only one layer of that ecosystem may expose returns to bottlenecks elsewhere.
For example, substantial data-center capacity has limited economic value without sufficient power, cooling, connectivity, and network infrastructure. Similarly, fiber or tower investments may fail to generate expected returns if demand, utilization, or pricing does not develop as projected.
“Funds that build integrated portfolios spanning power, cooling, fiber, spectrum, and tower locations will be less exposed to return erosion if hyperscaler spending slows or the cost of debt rises,” Choucair said.
He added that this trend could support further growth in structured finance and asset-backed debt as the capital requirements associated with next-generation digital infrastructure continue to expand.
The financing question is becoming increasingly important because AI infrastructure involves large upfront capital expenditure and assets whose economic life can extend far beyond a typical technology-product cycle.
Investment Discipline Remains Essential
Choucair cautioned that spectrum should not be treated purely as a financial asset.
Its economic value is closely connected to regulation, licensing, public policy, and permitted uses. Changes in rules governing deployment, leasing, ownership, or renewal can materially alter expected future cash flows.
He also highlighted risks associated with higher interest rates, customer concentration among a relatively small number of major computing users, electricity costs, and both physical and cybersecurity threats.
Capacity growth alone, Choucair said, does not guarantee attractive economics. Infrastructure still requires sufficient occupancy, utilization, and pricing power to generate acceptable returns on invested capital.
That is particularly relevant for data centers, where rapid construction can create the appearance of structural growth while masking significant differences in location quality, access to power, customer demand, network connectivity, and contract economics.
Choucair therefore argued that David Grain’s experience should not be interpreted as a short-term trading signal.
Instead, it represents a broader investment model built around specialization, operational patience, and disciplined capital allocation.
The Strategic Outlook
Samer Choucair said the direction of the market in 2026 increasingly suggests that the digital economy is moving beyond a software-only investment narrative toward a broader universe of physical assets that can be financed, operated, and held over long periods.
Artificial intelligence may be the source of accelerating demand, but the value chain supporting that demand extends into electricity networks, cooling, fiber, spectrum, towers, land, data-center campuses, and interconnection infrastructure.
For investors, that creates opportunities in assets whose economics may resemble traditional infrastructure while still benefiting from secular digital growth.
Choucair said the strongest opportunities are likely to emerge where three conditions intersect: structurally rising demand for connectivity, genuine scarcity in the underlying asset, and an end user capable of committing to long-term contractual payments.
He concluded that those characteristics could become increasingly important as institutional investors attempt to distinguish between speculative AI exposure and infrastructure capable of generating durable cash flows.
In Choucair’s view, the next stage of the digital investment cycle will therefore not be determined solely by who develops the most advanced artificial-intelligence model.
It will also be shaped by who owns the fiber that connects it, the spectrum that carries it, the towers that distribute it, the energy that powers it, and the data centers in which it operates.