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Latin America’s Cloud MomentFor years, enterprises across Latin America relied heavily on cloud regions located in the United States or Europe. Workloads from Mexico to Argentina were routed through Dallas, Miami, or Madrid, creating latency issues and compliance risks.In 2025, that dynamic is changing. Hyperscalers are launching new cloud regions across Latin America at an unprecedented pace, transforming the region into the next great battleground for global cloud competition. AWS, Microsoft Azure, Google Cloud, and Oracle are all expanding aggressively, establishing availability zones in Mexico, Brazil, Chile, Colombia, and beyond.What makes this moment historic is not just the number of regions being launched, but the strategic shift they represent. Latin America is no longer treated as a secondary market—it has become central to the global expansion strategies of hyperscalers, driven by rising demand for AI, fintech, and digital services.Why Hyperscalers Are Betting Big on Latin AmericaExplosive Cloud AdoptionLatin American enterprises are moving workloads to the cloud at record pace. From digital-native startups in Mexico to financial institutions in Brazil, businesses are adopting hybrid and multicloud strategies to accelerate innovation. This demand has created pressure for local cloud regions that can deliver low-latency performance.Data Residency and ComplianceGovernments across the region are enacting data sovereignty laws requiring sensitive data to remain within national borders. Hyperscalers launching in-country regions ensure compliance, opening the door to banking, healthcare, and government contracts.AI and HPC WorkloadsAI adoption is accelerating across Latin America, from e-commerce recommendation engines to agriculture analytics. These workloads require GPU clusters and high-density infrastructure, which hyperscaler cloud regions can provide at scale.Rising Middle Class and Digital EconomyLatin America’s growing middle class is fueling demand for e-commerce, mobile banking, streaming, and gaming. Hyperscalers are racing to build infrastructure capable of serving these millions of new digital consumers.Key Markets Leading the ChargeBrazilBrazil is Latin America’s largest cloud market and home to multiple hyperscaler regions. São Paulo remains the anchor hub, with hyperscalers building multi-phase campuses to serve the nation’s 215 million people and regional customers.MexicoMexico’s role as both a domestic growth market and a bridge to the United States makes it one of the hottest targets for new regions. Querétaro and Monterrey are attracting hyperscaler builds, fueled by nearshoring, manufacturing, and fintech growth.ChileChile has emerged as a regional green energy leader. Hyperscalers are investing in Santiago to leverage renewable PPAsand serve Southern Cone countries. The country’s submarine cable connections to Asia also provide global strategic value.ColombiaBogotá is becoming a rising star in Latin America’s cloud market. With strong government support and increasing enterprise adoption, Colombia offers hyperscalers a fast-growing demand center with regional connectivity.Argentina and BeyondWhile still developing, Argentina and other Southern Cone markets are on the radar. Hyperscalers are assessing opportunities to expand once regulatory and economic conditions stabilize.Investment and Partnership TrendsMulti-Billion Dollar CommitmentsHyperscalers are announcing multi-billion-dollar investments in Latin America to build sustainable campuses and cloud regions. These commitments include renewable energy integration, fiber upgrades, and workforce development.Local PartnershipsTo navigate regulatory and business landscapes, hyperscalers are partnering with local telcos, utilities, and governments. These partnerships accelerate permitting, ensure compliance, and build community goodwill.Colocation SynergiesHyperscalers are colocating in wholesale facilities near their regions to secure additional capacity. This creates opportunities for colocation providers to align with cloud expansions and offer enterprises hybrid strategies.Challenges Hyperscalers Face in Latin AmericaPower AvailabilityWhile renewable energy potential is vast, grid reliability can be inconsistent. Hyperscalers must secure dedicated substations, PPAs, and microgrids to sustain AI-scale workloads.Permitting and BureaucracyPermitting timelines can be unpredictable, requiring hyperscalers to work closely with governments to streamline approvals.Connectivity GapsWhile major metros are well-connected, rural regions still lack robust fiber backbones. Hyperscalers are investing in submarine and terrestrial cable projects to close the gap.Economic VolatilityCurrency fluctuations and inflation can create cost uncertainty. Hyperscalers mitigate this by locking in long-term contracts and diversifying across multiple markets.Implications for EnterprisesLower LatencyLocal cloud regions reduce latency by hundreds of milliseconds compared to routing workloads through the U.S. This is critical for gaming, fintech, streaming, and AI inference.Compliance AlignmentWith hyperscaler campuses in-country, enterprises in finance, healthcare, and government can comply with national data laws while still leveraging global-scale infrastructure.Hybrid and Multicloud FlexibilityColocation providers near hyperscaler regions give enterprises direct access to hybrid and multicloud ecosystems, enabling flexible workload distribution.AI and HPC AccessEnterprises gain access to hyperscaler GPU clusters and AI services without routing data internationally, accelerating adoption in industries like agriculture, mining, and healthcare.The Competitive Cloud BattlegroundAWSAWS continues to dominate in Brazil but is rapidly expanding into Mexico and Chile. Its scale and mature ecosystem give it a strong lead.Microsoft AzureMicrosoft’s partnerships with governments and enterprises make it a trusted provider for sovereign cloud initiativesacross Latin America.Google CloudGoogle’s focus on AI and analytics is resonating with enterprises, making its regions attractive for next-generation workloads.OracleOracle’s focus on database and financial workloads positions it well for regulated industries in Latin America.Strategic Role of Latin America in 2025 and BeyondLatin America has transformed from a peripheral market into the next battleground for hyperscaler expansion. With billions in investment, new cloud regions are reshaping the digital landscape of Mexico, Brazil, Chile, and beyond.For enterprises, this expansion means access to low-latency, compliant, and AI-ready infrastructure. For colocation providers, it means opportunities to colocate near hyperscaler campuses and support hybrid strategies. For governments, it represents new tax bases, jobs, and digital transformation.

Asia at the Forefront of Wholesale GrowthIn 2025, Asia has emerged as the epicenter of wholesale colocation expansion. Hyperscalers and enterprises alike are demanding massive amounts of scalable, high-density capacity—and providers are responding by launching mega-campuses that redefine what colocation looks like.These are no longer single-building sites. Wholesale campuses in Asia now span hundreds of acres, with planned capacities exceeding 300 MW. Each phase is designed to support AI, high-performance computing (HPC), and sovereign cloud regions. The result is a regional transformation: from Tokyo to Mumbai, Jakarta to Seoul, Asia’s wholesale colocation sector is setting new global benchmarks.Why Wholesale Colocation Is Exploding in AsiaHyperscaler PartnershipsHyperscalers like AWS, Microsoft, and Google are driving the surge. Unable to build at the pace required, they rely on wholesale colocation providers to deliver MW-scale suites with liquid cooling, renewable integration, and cloud interconnects.AI and HPC DemandsEnterprises and hyperscalers running GPU-intensive workloads need facilities that can handle 80–120 kW per rack. Wholesale providers with mega-campus designs are the only ones capable of supporting these densities at scale.Land and Power AvailabilityAsia’s emerging markets offer the land and power pipelines that Tier 1 hubs in North America and Europe increasingly lack. By securing large parcels in India, Indonesia, and Malaysia, wholesale providers are positioning themselves for decades of growth.Defining the Mega-CampusA wholesale mega-campus is more than a large facility. It is a multi-phase ecosystem designed for scalability, sustainability, and interconnection.Scale: Initial phases of 50–100 MW, expanding to 300 MW or more.Cooling: Liquid-ready from day one, supporting immersion and direct-to-chip systems.Power: On-site generation, renewable PPAs, and advanced distribution for high-density racks.Connectivity: Carrier-neutral ecosystems with direct cloud on-ramps and regional interconnection.ESG: Heat reuse programs, water stewardship, and auditable sustainability metrics.These campuses are not just data centers—they are digital cities purpose-built for the AI era.Key Asian Markets Driving Mega-Campus DevelopmentIndiaIndia is the fastest-growing wholesale colocation market in Asia. Mumbai leads the way, with hyperscaler-driven demand requiring campuses of 200–300 MW. Pune, Chennai, and Hyderabad are emerging as secondary hubs, fueled by Digital India initiatives and enterprise cloud adoption.IndonesiaJakarta is experiencing record investment as hyperscalers and providers target its 270 million-strong population and booming digital economy. Mega-campuses here are designed to support both domestic demand and regional redundancy.MalaysiaJohor Bahru and Kuala Lumpur are rising as alternatives to constrained Singapore. With abundant land and power pipelines, Malaysia is becoming a magnet for mega-campuses designed for sustainable wholesale colocation.JapanTokyo and Osaka remain central hubs for Asia’s digital economy. Land scarcity has led to vertical mega-campus designsand innovative cooling approaches to maximize efficiency while serving hyperscaler tenants.South KoreaSeoul’s gaming, streaming, and AI industries are fueling demand for wholesale colocation. New mega-campuses are being built with AI-ready densities and direct connectivity to Japan and China.Investment Trends Behind the BoomSovereign Wealth FundsFunds from Singapore, the Middle East, and Canada are financing multi-billion-dollar wholesale projects across Asia, treating data centers as core real estate assets.Private EquityGlobal private equity firms are backing wholesale providers with aggressive expansion strategies, ensuring campuses can scale quickly in multiple countries simultaneously.REIT ExpansionAsian REITs are diversifying portfolios with mega-campus investments, seeing wholesale colocation as a hedge against volatility in other real estate classes.Challenges for Wholesale ProvidersPower ConstraintsEven in Asia’s fast-growing markets, power availability is the ultimate bottleneck. Providers must negotiate long-term contracts and renewable PPAs to ensure scalability.Regulatory ComplexityEach market has unique rules on land use, foreign investment, and ESG compliance. Providers must partner locally to navigate these frameworks effectively.Construction CostsBuilding campuses of 300 MW or more requires enormous CapEx. Providers are using modular and prefabricated designs to manage timelines and budgets.Why Enterprises Care About Wholesale CampusesScalabilityEnterprises deploying AI, HPC, or global-scale applications benefit from campuses designed to scale over decades, not just years.Interconnection EcosystemsBy colocating in wholesale campuses, enterprises gain direct access to cloud on-ramps, carriers, and partners, enabling seamless hybrid and multicloud strategies.ESG AlignmentWholesale campuses in Asia are embedding ESG into their design, allowing enterprises to colocate in facilities that align with carbon reduction and sustainability reporting goals.Strategic Role of Asia’s Wholesale Mega-CampusesIn 2025, wholesale colocation in Asia is no longer a supporting act—it is the main stage of the global industry. Mega-campuses in India, Indonesia, Malaysia, Japan, and South Korea are setting new standards for scale, sustainability, and interconnection.For hyperscalers, these campuses provide the capacity needed to support AI and cloud regions. For enterprises, they create opportunities to colocate in ecosystems that are scalable, compliant, and future-ready. For investors, they represent one of the most lucrative opportunities in digital real estate.

Asia at the Forefront of Wholesale GrowthIn 2025, Asia has emerged as the epicenter of wholesale colocation expansion. Hyperscalers and enterprises alike are demanding massive amounts of scalable, high-density capacity—and providers are responding by launching mega-campuses that redefine what colocation looks like.These are no longer single-building sites. Wholesale campuses in Asia now span hundreds of acres, with planned capacities exceeding 300 MW. Each phase is designed to support AI, high-performance computing (HPC), and sovereign cloud regions. The result is a regional transformation: from Tokyo to Mumbai, Jakarta to Seoul, Asia’s wholesale colocation sector is setting new global benchmarks.Why Wholesale Colocation Is Exploding in AsiaHyperscaler PartnershipsHyperscalers like AWS, Microsoft, and Google are driving the surge. Unable to build at the pace required, they rely on wholesale colocation providers to deliver MW-scale suites with liquid cooling, renewable integration, and cloud interconnects.AI and HPC DemandsEnterprises and hyperscalers running GPU-intensive workloads need facilities that can handle 80–120 kW per rack. Wholesale providers with mega-campus designs are the only ones capable of supporting these densities at scale.Land and Power AvailabilityAsia’s emerging markets offer the land and power pipelines that Tier 1 hubs in North America and Europe increasingly lack. By securing large parcels in India, Indonesia, and Malaysia, wholesale providers are positioning themselves for decades of growth.Defining the Mega-CampusA wholesale mega-campus is more than a large facility. It is a multi-phase ecosystem designed for scalability, sustainability, and interconnection.·Scale: Initial phases of 50–100 MW, expanding to 300 MW or more.·Cooling: Liquid-ready from day one, supporting immersion and direct-to-chip systems.·Power: On-site generation, renewable PPAs, and advanced distribution for high-density racks.·Connectivity: Carrier-neutral ecosystems with direct cloud on-ramps and regional interconnection.·ESG: Heat reuse programs, water stewardship, and auditable sustainability metrics.These campuses are not just data centers—they are digital cities purpose-built for the AI era.Key Asian Markets Driving Mega-Campus DevelopmentIndiaIndia is the fastest-growing wholesale colocation market in Asia. Mumbai leads the way, with hyperscaler-driven demand requiring campuses of 200–300 MW. Pune, Chennai, and Hyderabad are emerging as secondary hubs, fueled by Digital India initiatives and enterprise cloud adoption.IndonesiaJakarta is experiencing record investment as hyperscalers and providers target its 270 million-strong population and booming digital economy. Mega-campuses here are designed to support both domestic demand and regional redundancy.MalaysiaJohor Bahru and Kuala Lumpur are rising as alternatives to constrained Singapore. With abundant land and power pipelines, Malaysia is becoming a magnet for mega-campuses designed for sustainable wholesale colocation.JapanTokyo and Osaka remain central hubs for Asia’s digital economy. Land scarcity has led to vertical mega-campus designsand innovative cooling approaches to maximize efficiency while serving hyperscaler tenants.South KoreaSeoul’s gaming, streaming, and AI industries are fueling demand for wholesale colocation. New mega-campuses are being built with AI-ready densities and direct connectivity to Japan and China.Investment Trends Behind the BoomSovereign Wealth FundsFunds from Singapore, the Middle East, and Canada are financing multi-billion-dollar wholesale projects across Asia, treating data centers as core real estate assets.Private EquityGlobal private equity firms are backing wholesale providers with aggressive expansion strategies, ensuring campuses can scale quickly in multiple countries simultaneously.REIT ExpansionAsian REITs are diversifying portfolios with mega-campus investments, seeing wholesale colocation as a hedge against volatility in other real estate classes.Challenges for Wholesale ProvidersPower ConstraintsEven in Asia’s fast-growing markets, power availability is the ultimate bottleneck. Providers must negotiate long-term contracts and renewable PPAs to ensure scalability.Regulatory ComplexityEach market has unique rules on land use, foreign investment, and ESG compliance. Providers must partner locally to navigate these frameworks effectively.Construction CostsBuilding campuses of 300 MW or more requires enormous CapEx. Providers are using modular and prefabricated designs to manage timelines and budgets.Why Enterprises Care About Wholesale CampusesScalabilityEnterprises deploying AI, HPC, or global-scale applications benefit from campuses designed to scale over decades, not just years.Interconnection EcosystemsBy colocating in wholesale campuses, enterprises gain direct access to cloud on-ramps, carriers, and partners, enabling seamless hybrid and multicloud strategies.ESG AlignmentWholesale campuses in Asia are embedding ESG into their design, allowing enterprises to colocate in facilities that align with carbon reduction and sustainability reporting goals.Strategic Role of Asia’s Wholesale Mega-CampusesIn 2025, wholesale colocation in Asia is no longer a supporting act—it is the main stage of the global industry. Mega-campuses in India, Indonesia, Malaysia, Japan, and South Korea are setting new standards for scale, sustainability, and interconnection.For hyperscalers, these campuses provide the capacity needed to support AI and cloud regions. For enterprises, they create opportunities to colocate in ecosystems that are scalable, compliant, and future-ready. For investors, they represent one of the most lucrative opportunities in digital real estate.

Chile’s Rise as a Digital Infrastructure HubFor years, Latin America’s data center market was dominated by Brazil and Mexico. These two giants attracted hyperscaler investments, colocation campuses, and interconnection ecosystems. But in 2025, another country has emerged as a critical hub for digital infrastructure: Chile.Santiago, the nation’s capital, has become a focal point for hyperscaler expansion. Fueled by an abundance of renewable energy, strong economic policies, and geographic advantages, Chile is redefining its role in the global data center map.For hyperscalers committed to carbon neutrality and ESG targets, Chile offers something few markets can: green energy at scale. This has positioned Santiago as a premier location for sustainable data center development, attracting billions in new investment from global cloud providers.Why Chile Appeals to HyperscalersRenewable Energy AbundanceChile has one of the most ambitious renewable energy portfolios in the world. More than 60% of its electricity comes from renewables, with solar and wind resources abundant in the Atacama Desert and Patagonia.Hyperscalers such as AWS, Google, and Microsoft are leveraging long-term power purchase agreements (PPAs) to align with global net-zero targets. In Chile, they can source renewable power directly, making Santiago one of the most ESG-friendly hubs in Latin America.Stable Economy and PolicyChile is recognized for its political stability, strong institutions, and pro-business climate. The government actively promotes ICT and renewable energy investments, providing tax incentives and streamlined permitting processes for data center builders.Strategic GeographyChile’s coastal location connects it directly to submarine cables linking Latin America with North America, Asia, and Oceania. This makes Santiago a natural connectivity hub for enterprises and hyperscalers serving global markets.Santiago: The Emerging Digital CapitalGrowing Hyperscale FootprintAWS and Google have already announced major expansions in Santiago, citing the region’s renewable power and connectivity advantages. These hyperscaler campuses are being designed with multi-hundred-MW scalability to serve both domestic and regional demand.Colocation GrowthColocation providers are also entering the Santiago market, offering wholesale and retail capacity to enterprises seeking low-latency connections to cloud on-ramps. Local carriers and international providers are competing to build interconnection ecosystems.Edge and Enterprise DemandChile’s growing financial services, mining, and e-commerce sectors are fueling demand for edge-ready colocation in Santiago and surrounding cities. Enterprises are looking for hybrid solutions that combine local data residency with global cloud reach.Green Energy as Chile’s DifferentiatorSolar Power in the AtacamaThe Atacama Desert receives some of the highest solar irradiance in the world. Large-scale solar farms here are supplying clean power to hyperscaler campuses, enabling round-the-clock AI and cloud operations with minimal carbon impact.Wind Energy from PatagoniaPatagonia’s strong winds are being harnessed to provide steady renewable generation. Hyperscalers are integrating wind PPAs into their energy mix to balance solar intermittency.Hydroelectric IntegrationChile also benefits from hydroelectric power, further diversifying its renewable portfolio. This multi-source renewable ecosystem ensures grid stability and sustainability at scale.Challenges in Chile’s Data Center MarketTransmission InfrastructureWhile Chile generates abundant renewable energy, transmission lines from the Atacama and Patagonia to Santiago are sometimes constrained. Hyperscalers must work with utilities to secure dedicated capacity and redundancy.Regulatory ComplexityPermitting is generally favorable, but projects must navigate environmental and community impact reviews. Hyperscalers investing in rural areas must balance development with local engagement.Seismic RiskChile is seismically active, requiring earthquake-resistant designs for all major campuses. Builders must invest heavily in structural resilience to meet global uptime standards.Implications for EnterprisesLow-Carbon ColocationEnterprises colocating in Santiago can directly benefit from renewable-powered facilities, aligning with ESG reporting and investor expectations.Improved Latency for Regional UsersBy hosting workloads in Santiago, enterprises serving customers across Latin America gain lower latency and better resilience compared to hosting solely in North America.Hybrid Cloud EcosystemsWith hyperscaler regions established in Santiago, enterprises can deploy hybrid and multicloud strategies seamlessly, colocating workloads near AWS, Azure, and Google on-ramps.Chile in the Global Data Center MapChile is no longer a secondary market. It has become a strategic hub for hyperscale growth, leveraging renewable energy as its differentiator. While Brazil remains Latin America’s largest market, Chile is carving out a unique role as the region’s green infrastructure capital.For hyperscalers, Chile provides the ability to expand sustainably while meeting ESG mandates. For colocation providers, it offers a growing market of enterprises seeking connectivity and compliance. For investors, it represents a stable, renewable-powered environment for long-term returns.Strategic Role of Chile in 2025 and BeyondIn 2025, Chile represents the convergence of sustainability, connectivity, and economic opportunity. Hyperscalers betting on Santiago are not just building data centers—they are anchoring their global ESG strategies in one of the most renewable-rich environments on Earth.As enterprises, carriers, and investors follow, Santiago will evolve into a tier-one digital hub, complementing Brazil and Mexico while offering a distinct green advantage.