There was a time when a nation’s power was measured by its armies, its oil reserves, or the size of its territory. Today, that logic has changed drastically.
In the 21st century, wealth and influence depend on something less visible, but far more decisive: the ability to capture, store, and process data. Under this premise , whoever controls this flow largely controls the future competitiveness of their economy.
Although there are already more than 10,000 data centers worldwide, global demand will triple by 2030, driven primarily by artificial intelligence. This is not just technological growth: it’s a structural reconfiguration of the global economic system .
https://www.statista.com/statistics/1228433/data-centers-worldwide-by-country/
Today, data centers have become strategic assets on par with fuel terminals, ports, and banking centers. With the explosion of generative artificial intelligence, their importance has only grown: whoever has more and better computing infrastructure has a real advantage over the rest.
The magnitude of this advantage is such that it is no coincidence that the United States concentrates nearly 51% of global computing capacity. This means that most countries store their most sensitive data on US soil, generating a structural dependency that analysts call the “geopolitics of chokepoints.” In this scenario, access to computing power becomes a diplomatic bargaining chip, and the race to attract data centers ceases to be an economic issue, transforming into a matter of national security.
However, the value of these infrastructures extends beyond strategic security; their presence transforms entire economic ecosystems. Below, we will explore how their deployment positively impacts nations, from strengthening GDP to the multiplier effects that boost local industry.
1. Data Centers as an Economic Engine
When a company announces the construction of a new data center in a region, the news is usually presented as a boost to jobs and modernization. And that’s partly true, but the real impact goes far beyond what the headlines suggest.
Impact on GDP and Employment Dynamics
There’s a common misconception: most people think these centers create few jobs because they don’t require many operators on a daily basis. However, even though the direct operational workforce is small, the multiplier effect is massive. On average, each direct job generates more than six additional jobs in the local economy , boosting sectors ranging from electrical engineering and refrigeration services to specialized professional consulting.
To illustrate this magnitude in concrete numbers, let’s see what a 1 GW capacity data center generates :
What these data reveal is an interesting duality: while construction generates a massive but temporary economic peak, the operational phase is what sustains communities in the long term through stable tax revenues.
A prime example is Northern Virginia, where revenue from these service centers has allowed for a nearly 40% reduction in residential tax rates . Simply put: citizens pay less because service providers pay more.
Unlike a traditional factory, where machinery can last for decades, a data center requires server upgrades every three to five years. This generates a constant reinvestment cycle (recurring capital expenditure) that injects sustained capital into the local economy, preventing investment from stagnating after the initial construction.
Attracting Investment in Energy Infrastructure
However, the benefits are not limited to tax revenue. The arrival of a data center acts as a catalyst for modernizing the surrounding electrical grid. Because these facilities require a constant (24/7), high-quality power supply with an increasingly lower carbon footprint, their development is often linked to long-term power purchase agreements (PPAs) and the promotion of new energy projects that ultimately generate systemic benefits for society.
In this context, a key concept is emerging: “Conscious Data Centers .” These are no longer simply digital infrastructures that consume energy, but rather active players within the energy system. These facilities are being designed with an integrated approach, where efficiency, sustainability, and resilience cease to be secondary attributes and become pillars of their business model.
These centers not only optimize their consumption (through metrics such as PUE – Power Usage Effectiveness), but also participate in structuring their own energy supply: they contract renewable energy, promote storage, encourage operational flexibility and even, in some cases, contribute to stabilizing the grid through demand response schemes.
Through these investments, a strategic symbiosis is created: the data center ensures the stability of the energy supply it needs, while its capital and technical requirements help finance the expansion and modernization of substations, transmission lines, and generation capacity. The result is a more robust, resilient, and future-proof electrical system that benefits not only the digital industry but the entire economy.
Development of Technological Ecosystems
But the impact doesn’t stop at cables and substations. The presence of this massive infrastructure creates a pull for industries that depend on speed. Sectors like financial trading , remote surgery, autonomous vehicles, and real-time AI need physical proximity to servers to minimize latency. The closer you are to the servers, the better.
This dynamic explains why states like Ohio, by combining competitive electricity rates with tax incentives, have attracted more than $40 billion in private capital. It is estimated that, by 2030, this industry will support more than 132,500 jobs and contribute approximately $20.2 billion annually to the state’s GDP, competing head-to-head with traditional pillars like agriculture and automotive manufacturing.
A Beacon for Talent: STEAM Education
This industrial growth inevitably requires a workforce that can keep pace. Therefore, state-of-the-art data centers act as a beacon for local talent: when a region establishes itself as a digital infrastructure hub, an immediate demand arises for professionals in STEAM fields (Science, Technology, Engineering, Arts, and Mathematics).
This phenomenon triggers an educational “virtuous circle” with three fundamental pillars:
- Curriculum update: Local universities and technical centers often partner with data center operators to create specific programs in critical infrastructure management, cybersecurity, and cloud architecture.
- Talent retention: With a highly specialized local market, the “brain drain” to traditional hubs like Silicon Valley or Dublin is curbed; engineers find global-scale challenges without leaving their country.
- Digital Literacy and Democracy: Physical infrastructure is the first step toward democratizing access to advanced computing. This allows local students and entrepreneurs to compete in the international market with the same latency and capabilities as their counterparts in more developed economies.
https://www.weforum.org/stories/jobs-and-the-future-of-work/data-centre-resilient-workforce/
2. National Security and Protection of AI Intellectual Property
While discussing national security in this context might sound exaggerated, regulatory reality dictates otherwise: data centers have already been officially designated as critical infrastructure in multiple major countries. A clear example is Memorandum NSM-22 in the United States, which explicitly recognizes the urgent need to protect these facilities from cyberattacks by state actors.
The nature of the risk has evolved. It’s no longer just about preventing a service disruption; the real threat lies in the spying on the ” model weights ” of AI systems . These parameters define the functioning and intelligence of a system; stealing them would be the digital equivalent of stealing the blueprints for a secret weapon or cutting-edge defense technology.
Faced with these vulnerabilities , the response has been geopolitical alignment. The “Chip 4” alliance (comprising the United States, Japan, Taiwan, and South Korea) now coordinates its semiconductor policies with one unequivocal objective: to ensure that the most advanced computing power remains under the control of trusted partners. In this new landscape, being left out of this circle means losing access to the chips that will define technological leadership in the coming decades.
3. Latin America: the multiplier yet to be captured
In the Latin American context, the race to capture this multiplier effect is in its early but accelerating phase. Brazil leads the region with more than 160 operational data centers, concentrated along the São Paulo–Campinas axis, where the combination of a predominantly renewable electricity grid, competitive land costs, and a growing critical mass of technological talent has attracted investments from hyperscalers such as Google, AWS, and Equinix.
In the regional landscape, Colombia, Chile, and Mexico emerge as the strategic hubs with the greatest potential for expansion. Chile has capitalized on its regulatory stability and abundant solar energy in the north to position itself as the preferred destination for low-latency infrastructure to the Southern Cone; furthermore, milestones such as the Humboldt project (the first submarine cable between South America and Asia-Pacific) will directly integrate the local GDP with Asian economies. Meanwhile, Mexico leverages its deep entry into the USMCA to consolidate its position as a hub for data residency and digital nearshoring ; this advantage allows North American companies to optimize operating costs within a robust legal framework and with unparalleled geographic proximity.
On this same map, Panama is beginning to emerge as a hub with unique structural advantages . Its geographic location as a global logistics center, the connectivity associated with the Panama Canal, and the convergence of multiple submarine cables give it a natural role as a digital interconnection point between North America, South America, and the Caribbean. Added to this is a dollarized economy, macroeconomic stability, and a growing discussion about its positioning as a platform for regional data centers. However, like other markets, the real challenge lies in ensuring reliable, competitive, and sustainable energy , as well as developing regulatory and fiscal frameworks that translate this geographic advantage into tangible economic value.
The challenge for these markets is not just attracting investment: it’s structuring fiscal, educational, and regulatory frameworks so that the economic multiplier remains within the territory and is not entirely repatriated to global parent companies. The difference between being a data hub and being a passive recipient of foreign infrastructure lies, to a large extent, in the quality of that initial negotiation.
Conclusion: the playing field has changed
Data centers are not just foreign direct investment. They are critical infrastructure, a battleground for geopolitical struggles, and a symbol of digital sovereignty. The question governments are asking themselves today is no longer how to attract as many data centers as possible, but how to integrate them in a way that benefits the country without depleting its resources.
The countries that succeed will be those that achieve three things:
- Grow their digital capacity at the same pace as they expand their clean energy generation. You can’t be a data hub without also being a renewable or nuclear energy hub.
- Protect technical sovereignty by promoting proprietary clouds and interoperability systems that prevent sensitive data from falling under foreign jurisdiction.
- Manage the social impact transparently: ensuring that the economic benefits are real and visible to the citizens who live with this infrastructure.
Data centers will remain the cornerstone of digital power. But they will only function as such if managed with a long-term vision, not as industrial warehouses, but as the nervous system of a modern economy that needs to be intelligently fueled, protected, and regulated. “We are not witnessing the growth of just another industry. We are witnessing the new infrastructure foundation of the global economy.”
💡 If you’re interested in learning more about the Data Center ecosystem , I invite you to explore previous editions of Energy 4.0 . In them, I analyze in detail their critical role in the energy transition, the challenge they pose to electricity demand, and the strategic opportunities they represent for the development of Latin America.
Edition | March 8, 2026: ” Data Centers as Strategic Energy Infrastructure and the Future of the Global Electricity Industry” https://www.linkedin.com/pulse/los-centros-de-datos-como-infraestructura-energ%C3%A9tica-yd%C3%ADaz-cohen-ymg0e
Edition | August 4, 2025: “Data Centers, Big Tech and Energy Transition: A Strategic Opportunity for Latin America and Panama” https://www.linkedin.com/pulse/centros-de-datos-big-tech-y-transici%C3%B3n-energ%C3%A9tica-una-diaz-cohen-oio1e
References
Data Centers Deliver Local Value https://www.uschamber.com/technology/data-centers-deliver-local-value
Economic, Environmental, and Social Impacts of Data Centers in the United States https://www.phoenix.gov/content/dam/phoenix/pddsite/documents/staffreports/z-ta-2-25-data-centers-combine-correspondence.pdf
Economic Impact Study of Data Centers in Ohio https://ohiochamberfoundation.com/wp-content/uploads/Final-Ohio-Data-Center-Economic-Impact-Report-2025-1.pdf
The United States Needs Data Centers, and Data Centers Need Energy, but That Is Not Necessarily a Problem https://itif.org/publications/2025/11/24/united-states-needs-data-centers-data-centers-need-energy-but-that-is-not-necessarily-a-problem/
Changing geopolitics from data center concentration https://humane-intelligence.org/post/changing-geopolitics-from-data-center-concentration/
AI geopolitics and data centres in the age of technological rivalry https://www.weforum.org/stories/2025/07/ai-geopolitics-data-centres-technological-rivalry/
Securing the Backbone of Artificial Intelligence: Protecting Data Centers https://www.newamerica.org/insights/securing-the-backbone-of-ai/