Economic Growth Driven by Data Centers

The Australian Bureau of Statistics (ABS) has just published a dedicated Spotlight on data centres in its latest Capital Expenditure release and the numbers tell a powerful story about Australia's digital transformation. For the first time, the ABS has mapped out exactly how data centre investment flows through the national economic statistics, from entity establishment and foreign direct investment, through building approvals and construction activity, all the way to equipment installation and GDP contribution. This isn't just a passing mention, it's a structured, detailed recognition that data centres have become a major force in the Australian economy. Here are the highlights: ✅ Equipment investment in the Information, Media and Telecommunications sector hit a record $2.6 billion in the September quarter 2025, up 143% year-on-year, driven by the hardware and infrastructure powering data centre facilities. ✅ Businesses in the sector expect to spend $19.2 billion in FY2025-26, a 51.7% increase on the prior year. The first estimate for FY2026-27 came in at $20.1 billion, nearly 75% higher than the equivalent estimate a year earlier. ✅ The ABS noted that rising machinery and equipment investment reflects ongoing data centre expansions, likely driven by firms looking to support growth in artificial intelligence and cloud computing capabilities. ✅ Capital goods imports, particularly computer equipment linked to data centre build outs, were called out as a key driver of import growth in the national accounts. ✅ Broader productivity effects are expected to arise indirectly, depending on the extent to which downstream industries adopt cloud computing, artificial intelligence, and data‑driven technologies enabled by data centre infrastructure. The fact that the ABS has dedicated analytical resources to understanding and communicating the economic footprint of data centres signals just how significant our sector has become. It touches capital investment, construction, international trade, energy consumption, and GDP, and we're still in the early innings of the AI infrastructure build out in Australia. For those of us working in the data centre sector, who have instinctively known how important it is to Australia's prosperity, this is an important proof point. You can read the Spotlight here: https://lnkd.in/g4QCFuJ4 Data Centres Australia #datacentres #economicimpact #technology

This would explain a lot--Harvard economist Jason Furman found that nearly all U.S. GDP growth in the first half of 2025 came from investment in data centers and information-processing technology. Excluding these, growth would have been just 0.1%, highlighting tech’s outsized role in the economy. Major firms—Microsoft, Google, Amazon, Meta, and Nvidia—drove massive spending, with hyperscaler capital expenditures nearing $400 billion annually. Analysts estimate this investment added about one percentage point to GDP growth. Meanwhile, most other sectors stagnated, underscoring an uneven economy seemingly propped up by AI-related infrastructure. This surge in technology-led growth comes against a backdrop of wider economic sluggishness and paradoxically strong GDP growth. Job creation has slowed, raising concerns that, absent technology investment, the U.S. economy could have slipped into recession. Other sectors—from manufacturing and real estate to retail and services—contributed little or even detracted from overall output in the first half of 2025. Furman and others warn the boom may mask broader economic weakness. https://lnkd.in/gCUngW4x

Excited to publish our newest Global Data Center Hub newsletter today. This week, we're diving into the $2.1 trillion economic impact of data centers worldwide with a focus on: - Why data centers create 7.4 additional jobs for every direct position—far more than most economic drivers - How data centers transformed Northern Virginia's tax revenue by 170% in just two years - The economic opportunities in both developed and emerging markets - Why regions treating data centers as mere technical facilities are missing unprecedented opportunities The humble buildings housing our digital world are no longer just technical facilities. They're economic transformation engines. With tech giants investing $246 billion in data center expansion last year alone, the impact on regional economies can be transformative if leaders understand how to harness it. Here's what's at stake: Let's say you're an economic development leader. You chase manufacturing plants because they're familiar, while overlooking data center opportunities. Meanwhile, a neighboring region attracts a data center campus that generates property taxes 110 times higher than agricultural land, funds infrastructure improvements without raising residential taxes, and creates specialized service provider ecosystems employing hundreds. Alternatively, you develop a comprehensive digital infrastructure strategy. You align power capabilities, workforce development, and incentive structures to create a data center hub. Within five years, you've transformed your tax base, attracted complementary technology businesses, and positioned your region at the forefront of the digital economy. The numbers are clear: Regions that understand data centers as economic catalysts rather than just technical facilities will capture disproportionate value in the coming decades. What's your region's data center economic strategy? Read the full article to learn more. #datacenters

⚙️ The U.S. Economy Runs on GPUs Now Harvard economist Jason Furman says 92% of U.S. GDP growth in early 2025 came from AI-related data centers. Without them? Growth would’ve been 0.1%. Practically zero. At first, it sounds like a win — proof that AI is driving real value. But the more I sat with it, the stranger it felt. Because for the first time in history, machines — not people — are powering prosperity. Growth isn’t coming from human creativity, innovation, or productivity anymore. It’s coming from racks of humming servers and rivers of electricity. We’re no longer building around talent. We’re building around compute. → What happens when the economy’s health depends on energy, not effort? → When growth rises with GPUs, not with human ingenuity? → When progress stops being about people altogether? In my opinion, this isn’t just economic evolution — it’s a quiet trade-off. We’re outsourcing growth itself. And while that might look efficient on paper, it feels hollow in spirit. If AI is now the backbone of the economy, we need to build a human spine alongside it. ✅ Invest in capability, not just capacity. The next wave of GDP shouldn’t only come from data centers — it should come from how humans use them. ✅ Reward creation, not consumption. Growth that only counts infrastructure misses the real metric: human progress. ✅ Power balance. If compute drives growth, renewable energy must sustain it. Otherwise, prosperity becomes a power bill. Because the real question isn’t how far AI can push GDP — It’s whether we can still call it growth when humans are no longer the ones growing. #AI #Economy #Innovation #DataCenters #FutureOfWork #Ethics

AI is a primary catalyst driving the decentralization of data centers away from traditional hubs toward emerging markets. This shift is fueled by the explosive bandwidth demands of AI workloads and the physical limitations of established technology centers. How AI is driving this move: 1. The rapid adoption of AI (machine learning) has made these technologies standard for businesses, generating massive volumes of data and pushing the limits of existing infrastructure. • Bandwidth purchased for data center connectivity surged by nearly 330% between 2020 and 2024, a spike largely attributed to hyperscale and AI-related traffic. • Established hubs like Northern Virginia and Silicon Valley are facing critical constraints, including rising land costs, power limitations, water availability concerns, and network congestion. These bottlenecks are forcing developers to seek locations where these resources are more readily available. 2. The Need for Distributed and Edge Computing AI workloads impose specific technical requirements that favor a more distributed network architecture rather than centralized concentration. Low Latency Requirements AI applications often require the real-time processing of massive data streams. This necessitates ultra-low latency and high-capacity connectivity, prompting the growth of edge computing models where processing power is located closer to the user rather than in currently distant central hubs. Interconnection Growth The need for facilities to "talk" to one another is skyrocketing. Backbone and metro fiber traffic in emerging hubs grew by more than 40% year over year, reflecting the escalating interconnection needs of AI and enterprise workloads. 3. The Appeal of Secondary and Rural Markets As developers look beyond saturated markets, secondary cities and rural regions are becoming essential components of the AI infrastructure landscape. Emerging markets such as Memphis and Salt Lake City are seeing dramatic surges in demand (up 4,300% and 348% respectively) because of available land, access to power and water, and existing fiber infrastructure. Economic Incentives Rural communities and COOP owned utilities are actively partnering with developers, leveraging existing fiber and power infrastructure to attract data-intensive businesses. 4. The move to emerging hubs is made possible by advanced fiber technologies supporting AI's scale delivering advanced fiber designs to handle the "extreme capacity" and dense interconnection required by AI. Major investments are aimed at expanding infrastructure to support AI buildouts in the U.S. demonstrate how domestic production and fiber innovation are enabling geographic expansion. AI is driving these emerging hubs. Meeting capacity demands that traditional centers can no longer meet efficiently, requires this distributed, high-performance network architecture. This shift will favor locations with available power, land, fiber connectivity and workforce.

Malaysia’s digital economy is expanding rapidly, and behind this transformation lies a powerful, often unseen force: Data Centres and Cloud services. Today, they provide the critical infrastructure that powers everything from e-commerce and smart cities to AI innovations and global digital trade. With 206 companies specializing in this area — making it the top sector among MD Status companies — it is clear that digital infrastructure is now the backbone of Malaysia’s future economy. Why This Matters 1. Driving innovation and growth across sectors Cloud platforms and Data Centres provide the foundation for breakthroughs in industries such as healthcare, manufacturing, education, finance, and smart city development. 2. Opening up new opportunities for skills development and economic participation. As demand for digital services grows, so does the need for a digitally skilled workforce. This creates new pathways for Malaysians to reskill and upskill, empowering more people to participate in the digital economy and opening doors to high-value careers and entrepreneurship. 3. Strengthening global connections and supporting future-ready ecosystems. World-class Cloud and Data Centre infrastructure enables seamless cross-border data flow, collaboration, and innovation, positioning Malaysia as a trusted hub for global businesses, digital trade, and future-ready technologies. Beyond Storage: Building Malaysia’s Future This movement isn’t just about where data is stored — it’s about building resilience, competitiveness, and security for Malaysia’s digital economy. Key Growth Highlights Malaysia’s digital economy is experiencing unprecedented growth, driven by substantial advancements in Data Centres and Cloud services. These sectors now form the critical infrastructure underpinning Malaysia’s digital transformation. - Revenue Growth Malaysia’s data centre industry is projected to achieve RM3.6 billion in revenue by 2025, a significant increase from RM2.09 billion in 2022. - Investment Surge 12 data centre investment projects were approved by MIDA, amounting to MYR90.2 billion (USD20.9 billion) in total investments. - Capacity Expansion Malaysia’s data centre capacity is expected to exceed 2 GW upon full build-out — nearly eight times the current capacity — reinforcing Malaysia’s regional leadership. - Market Value The data centre market, valued at USD4.04 billion in 2024, is forecasted to reach USD13.57 billion by 2030, reflecting a strong CAGR of 22.38%. As we lay the foundations for world-class data centres and cloud platforms, we are shaping a Malaysia that is future-ready, globally competitive, and resilient for generations to come. #MalaysiaDigital #CloudMalaysia #TechForRakyat #FutureReady

⚡If you want to understand where the next decade of U.S. growth is headed, look at one thing first: Data Centers. As I’ve been traveling across the U.S. and studying how different regions evolve, one pattern keeps becoming clearer: Data centers aren’t just infrastructure; they’re reshaping the economic geography of the country. This beautiful GIF map, created by Michael Gleason and Billy Roberts (National Renewable Energy Laboratory), is a great example of that shift. Using Baxtel data, they classified data centers by operational status and grouped them into four broad market categories: Colocation, Crypto, Hyperscale, and Real Estate, then aggregated capacity by county to visualize national trends. 🗺️A few insights stand out: Hyperscale clusters are reinforcing and expanding around existing powerhouse regions, where energy, land, and fiber intersect at scale. Crypto-focused centers show a completely different locational logic, often emerging outside traditional economic hubs. Colocation and real-estate-driven centers form a distributed network around metro areas, reflecting diversified enterprise demand. What I appreciate about this analysis is how clearly it shows that data centers are no longer hidden back-end assets. They’re active shapers of land use, infrastructure investment, and regional competitiveness. 📡 If you want to understand the next decade of U.S. growth patterns, watching where data centers appear and why is a great place to start. Great work, Michael and Billy. 👏 #DataCenters #ArtificialIntelligence #USGrowth #Infrastructure #DigitalEconomy

The conversation around labor and data centers is evolving quickly. When people hear “1 gigawatt campus,” they think infrastructure. Servers. Steel. Power. What they should also think about is jobs. A single 1 gigawatt data center campus will employ roughly 5,000 construction workers over a five to seven year build cycle. These are electricians, pipefitters, operators, project managers, tradesmen and women who are putting real assets in the ground. When construction wraps, the impact does not go away. We leave behind approximately 2,000 full-time employees to operate that facility. Engineers. Technicians. Security. Operations leadership. And the ripple effect is even more significant. For every one job we place in that community to operate the data center, roughly six additional jobs are created. First responders. Teachers. Grocery store workers. Daycare providers. Local service professionals. On top of that, another 2,000 roles are generated to support ongoing maintenance and specialized services tied directly to the facility. This is not a small footprint. A 1 gigawatt campus is a multi-year, large-scale economic engine that injects thousands of jobs into a region and strengthens the middle class. Data centers are not just digital infrastructure. They are workforce development at scale.

U.S. Power demand enters its fastest growth cycle in 25 Years, and no surprise it is driven by AI Data Centers... The EIA now projects the largest four-year increase in U.S. power consumption since 2000. Demand growth accelerates meaningfully in the second half of the decade, shifting from modest increases to a step change that materially affects generation, transmission, and grid planning requirements. Key Points • Four consecutive years of rising power demand (2024–2027) are forecast, the first such stretch since 2007. • Demand growth is expected to run at 1% year over year in 2026, accelerating to 3% in 2027. • Data centers are the primary driver of incremental load, outweighing residential and traditional commercial demand growth. • AI, cloud, and high-performance computing workloads are creating persistent, high-density baseload demand, not intermittent or seasonal load. All this means that Utilities are already seeing multi-GW load requests tied directly to data center and AI infrastructure pipelines, forcing real-time changes to capital planning, interconnection strategy, and long-term resource development.

This chart says a lot without saying a word. Since 2019, data center construction has moved in a completely different direction than every other major construction category. While office, residential, and even warehouse spending have cooled or flattened, data centers have compounded sharply. According to U.S. Census data, private data center construction spending is now up nearly 4x from pre-pandemic levels, making it the fastest-growing segment of nonresidential construction by a wide margin. What’s driving it isn’t speculative real estate demand. It’s structural. AI workloads, cloud migration, and enterprise digitization are pushing compute needs far beyond what existing infrastructure was built to handle. JLL estimates North American data center capacity will need to more than double by 2027, and McKinsey projects global data center demand to grow at 15–20% annually through the end of the decade, even after accounting for efficiency gains. Looking ahead to 2026, a few things feel increasingly likely: • Construction activity stays elevated, but becomes more selective. The bottleneck won’t be capital but sites that actually work (entitlements, grid access, water, latency, zoning). • Secondary and tertiary markets continue to benefit as primary hubs face land, timeline, and infrastructure constraints. • Pre-leasing and build-to-suit strategies dominate. Fewer developers are willing to “build on hope” at this scale. • Power and delivery timelines, not rent, become the gating factor in underwriting new projects. In other words, the next phase of growth won’t just reward those who want to build data centers but those who can actually get them built. If you’re thinking about future capacity, site selection, or powered land strategy heading into 2026, the decisions being made now matter more than most people realize. Let's talk.