Frequently Asked Questions

Yes. The UAE has a growing data center market, with Dubai as the primary hub. It offers strong connectivity, regulatory support, and infrastructure favored by global cloud and enterprise providers.

Despite high temperatures, Dubai data centers are built with world-class cooling, power redundancy, and disaster resilience. The region is stable and rarely impacted by natural disasters like earthquakes or floods.

Dubai is a major interconnection hub in the Middle East, with access to multiple submarine cables and direct routes to Europe, Asia, and Africa. It's ideal for regional and international deployments needing reliable, low-latency connectivity.

Yes. South Africa has a strong data center market, with Johannesburg leading the way. It hosts the majority of Africa’s interconnection points and supports cloud, enterprise, and telecom operations.

Johannesburg has a mild, dry climate with low risk of natural disasters. Data centers benefit from stable power and are built with robust redundancy and uptime standards.

Johannesburg is the digital heart of Southern Africa, offering the region’s most advanced data center infrastructure and connectivity. It’s ideal for enterprises targeting local markets or expanding presence across Africa.

Yes. Kenya’s data center market is expanding, with Nairobi as the primary hub. It supports regional growth in cloud, fintech, and enterprise IT infrastructure.

Yes. Nairobi’s mild, elevated climate reduces cooling costs and poses low risk of natural disasters. Modern data centers are designed with redundancy and resilience in mind.

Nairobi is East Africa’s leading tech and connectivity hub, with growing fiber networks and access to multiple submarine cables. It’s ideal for regional deployments serving Kenya and surrounding markets with low-latency performance.

Yes. Ghana’s data center presence is growing, with Accra as the main hub. It offers improving connectivity, supportive government policy, and rising demand for enterprise and cloud services across the region.

Accra is generally stable, though it experiences seasonal rains. Modern data centers are built with flood mitigation, power redundancy, and cooling systems to ensure consistent uptime and performance.

Accra is emerging as a digital gateway for West Africa, with access to several submarine cable systems and growing fiber infrastructure. It's a strategic location for serving regional markets and expanding into Africa’s fast-growing internet economy.

Yes. Singapore is home to over 70 data centers and is one of Asia’s leading colocation markets, offering world-class facilities, regulatory stability, and dense interconnection options.

Singapore is free from earthquakes and hurricanes. While it's hot and humid, data centers are built with advanced cooling and power systems, and strict compliance with global uptime standards.

Singapore is a top-tier digital hub in Asia, with exceptional infrastructure, major submarine cable routes, and low-latency connectivity to Southeast Asia, India, and China. It’s ideal for international cloud, finance, and content workloads.

Yes. Japan has a well-established data center market, and Tokyo is its primary hub. It supports financial services, cloud platforms, and international network traffic with highly reliable infrastructure.

Tokyo faces occasional seismic activity, but data centers are built to stringent earthquake-resistant standards. The city has minimal risk from hurricanes or flooding, and facilities maintain high availability with redundant systems.

Tokyo is one of Asia’s most connected cities, with a dense network of fiber, IXPs, and submarine cable access. It offers ultra-low latency to Japan and key markets across Asia-Pacific, making it ideal for global enterprises and content providers.

Mumbai experiences seasonal monsoons, but data centers are designed with advanced flood control, redundant power, and cooling systems to ensure reliable year-round operation.

Mumbai is India’s primary interconnection hub, with dense fiber infrastructure and multiple undersea cable landings. It offers excellent connectivity across India and to global markets, making it ideal for cloud, enterprise, and CDN deployments.

Yes. India has a rapidly expanding data center market, with Chennai emerging as a top hub due to its international connectivity, growing demand, and importance in the country’s digital infrastructure strategy.

While Chennai is exposed to seasonal monsoons and cyclones, data centers are built with high resilience standards, including flood defenses, redundant power, and cooling systems to maintain uptime.

Chennai is a major digital gateway for India, hosting several submarine cable landings that provide direct international connectivity. Its strategic coastal location supports low-latency access to Southeast Asia, the Middle East, and beyond.

Yes. Hong Kong is home to over 50 data centers, serving as a major regional hub for finance, cloud, and content delivery thanks to its regulatory stability and dense network connectivity.

While Hong Kong faces seasonal typhoons, its data centers are engineered to strict resilience standards, including flood prevention, redundant power, and robust cooling systems to ensure uptime.

Hong Kong is a top interconnection point in Asia, with multiple submarine cable landings and access to major regional markets like China, Japan, and Southeast Asia. It's ideal for ultra-low latency, international deployments.

Yes. Australia has a growing number of data centers, with Sydney leading as the primary hub due to its strong interconnection ecosystem, reliable power, and strategic geographic position in the APAC region.

Sydney has a stable climate with minimal risk of earthquakes, blizzards, or hurricanes. Data centers are designed for energy efficiency and resilience against occasional heat or storms.

Sydney is Australia’s top connectivity hub, with major submarine cable landings and dense network infrastructure. It offers low-latency access to Asia-Pacific markets and is ideal for enterprise, cloud, and content delivery deployments.

Manchester has a cool, temperate climate and is not prone to extreme weather events. Data centers are designed with robust power and cooling systems to ensure high availability.

Manchester is a major digital hub in northern England, with strong fiber infrastructure and growing enterprise demand. It provides excellent regional connectivity and serves as a strategic alternative to London for cost-effective, resilient deployments.

Yes. The UK hosts hundreds of data centers, with London as the primary hub. It’s a leading global location for enterprise, cloud, and interconnection infrastructure.

London has a mild, temperate climate with very low risk of natural disasters. Data centers are engineered for reliability, with strong power, cooling, and redundancy measures in place.

London is one of the world’s most connected cities, with dense fiber infrastructure, major internet exchanges, and proximity to financial, media, and cloud ecosystems. It’s ideal for ultra-low latency and high-availability global services.

Yes. Spain hosts over 70 data centers, with Madrid as the central hub. Its geographic position, digital infrastructure, and submarine cable access make it a key location for European and transatlantic deployments.

Madrid has a dry, stable climate with very low risk of natural disasters. Data centers in the area benefit from efficient cooling and are engineered for high uptime and operational reliability.

Madrid is a growing interconnection hub in Southern Europe, with strong fiber infrastructure and direct links to Latin America and North Africa. It’s a strategic choice for global enterprises needing regional presence and cross-continental reach.

Yes. Romania’s data center market is expanding, with Bucharest as the leading location. It offers competitive power rates, strong internet infrastructure, and rising demand for enterprise and cloud services.

Bucharest has a temperate climate with low exposure to natural disasters. Data centers in the area are built with modern infrastructure, including redundancy in power and cooling systems for continuous operations.

Bucharest is an emerging tech and connectivity hub in Eastern Europe, offering fast-growing infrastructure and strategic access to Balkan, Central, and Western European markets. It’s ideal for regional expansion and low-latency service delivery.

Yes. Poland has a growing number of data centers, with Warsaw as the primary hub. It’s a key location for cloud, enterprise, and telecom infrastructure in Central and Eastern Europe.

Warsaw experiences a temperate climate with low risk of extreme weather like hurricanes or earthquakes. Data centers are built for reliability with strong power, cooling, and redundancy systems in place.

Warsaw is a fast-growing digital and network hub in Central Europe, offering strong regional connectivity and expanding access to Eastern European markets. It's ideal for enterprises seeking low-latency, compliant infrastructure in the EU.

Yes. The Netherlands is a major data center market, with Amsterdam hosting the majority. Its strong infrastructure, international connectivity, and supportive regulatory environment make it a key European digital gateway.

Amsterdam has a mild climate and is generally free from severe weather events. Data centers are designed with robust power, cooling, and flood prevention measures to ensure uninterrupted operation.

Amsterdam is one of Europe’s top interconnection points, with access to AMS-IX, a leading global internet exchange. Its strategic location offers low-latency connectivity across Europe and is ideal for cloud, CDN, and enterprise services.

Yes. Ireland is home to over 70 data centers, with Dublin leading the market. It’s a key European hub for hyperscale and enterprise infrastructure due to its connectivity, energy resources, and favorable regulatory environment.

Dublin’s cool, temperate climate helps reduce cooling costs, and the region has low risk of natural disasters. Data centers are built with strong power and connectivity redundancy to ensure continuous uptime.

Dublin is a major European data center hub, favored by global cloud providers for its robust fiber infrastructure, pro-business environment, and proximity to the UK and mainland Europe. It offers reliable, low-latency connectivity for international deployments.

Yes. Germany hosts hundreds of data centers, with Frankfurt leading due to its connectivity, infrastructure, and role as a gateway for European and international network traffic.

Frankfurt experiences a stable, temperate climate with low risk of extreme weather. Data centers in the region are engineered for efficiency, reliability, and 24/7 operation with redundant infrastructure.

Frankfurt is one of Europe’s largest data center hubs, home to DE-CIX—one of the world’s busiest internet exchanges. Its central location and high network density make it ideal for latency-sensitive applications and global interconnection.

Yes. France has over 150 data centers, with Paris as the primary location. The city is central to European network traffic and supports global cloud, enterprise, and content delivery operations.

Paris has a mild climate and low risk of natural disasters like hurricanes or severe flooding. Data centers in the region are built with robust power, cooling, and security systems to ensure consistent uptime.

Paris is one of Europe’s top interconnection hubs, with dense fiber infrastructure, major internet exchanges, and proximity to key financial and enterprise markets. It offers low-latency access across Western Europe and is ideal for international deployments.

Yes. Northern Colombia, especially Barranquilla, is emerging as a data center location due to its coastal connectivity, growing infrastructure, and access to both regional and international networks.

While Barranquilla is exposed to tropical storms, data centers in the region are built with hurricane-resistant infrastructure and reliable cooling systems to ensure uptime and resiliency.

Barranquilla is a strategic coastal city in Colombia with direct access to submarine cable landings. It serves as a key gateway to Caribbean and Latin American markets, offering low-latency regional connectivity for content delivery and disaster recovery.

Yes. Colombia’s data center market is expanding, with Bogotá as the main hub due to its strong infrastructure, connectivity, and position as the country's business and technology capital.

Bogotá has a mild, year-round climate with minimal risk of extreme weather events like hurricanes or blizzards. Data centers are built to handle regional challenges, including seismic reinforcement and power redundancy.

Bogotá is a growing digital hub in northern South America, with increasing fiber connectivity and strategic access to Andean and Caribbean markets. It's ideal for regional service delivery and expanding Latin American infrastructure.

Yes. Chile hosts dozens of data centers, with Santiago as the primary hub. It’s known for reliable energy, government support for digital infrastructure, and access to Pacific cable landings.

Santiago has a stable, dry climate with minimal risk of hurricanes or severe storms. While seismic activity exists, data centers are built to high engineering standards to withstand earthquakes.

Santiago is a leading connectivity hub in South America, with strong infrastructure and growing international cable routes. It offers strategic proximity to regional markets and is ideal for deploying low-latency, high-availability services.

Yes. Brazil hosts over 100 data centers, with São Paulo as the top location due to its economic scale, network density, and access to international and domestic markets.

São Paulo is free from hurricanes, blizzards, and major seismic activity. While seasonal rain can occur, data centers are built with flood protections and robust infrastructure for high availability.

São Paulo is Latin America's largest connectivity hub, with strong fiber infrastructure and international cable landings. It offers low-latency access to Brazilian and regional markets, making it ideal for local content delivery and enterprise expansion.

Yes. Washington is home to over 60 data centers, with Seattle as the primary location. It’s favored for its connectivity, access to hydroelectric power, and proximity to major tech companies.

Seattle has a temperate climate and is largely free from hurricanes, tornadoes, or extreme heat. While earthquakes are a possibility, data centers are built to high seismic standards with redundant systems.

Seattle is a key West Coast network hub with strong fiber routes and submarine cable landings to Asia. It offers low-latency access to U.S. and international markets, making it ideal for cloud, CDN, and enterprise workloads.

Yes. Silicon Valley hosts hundreds of data centers, with San Jose as a core hub. It offers some of the world’s highest network density and direct access to global cloud and internet backbones.

San Jose avoids hurricanes, tornadoes, and extreme cold. While seismic activity is a concern, data centers are engineered to meet strict California earthquake standards with redundant infrastructure.

San Jose lies in the heart of Silicon Valley, providing unparalleled access to major tech firms, dense fiber, and cloud ecosystems. It’s ideal for low-latency, high-performance workloads and direct interconnection with leading platforms.

Yes. Oregon hosts over 30 data centers, with Portland being the primary hub. The region is favored for its clean energy, low taxes on data center equipment, and excellent fiber infrastructure.

Portland has a mild climate with minimal risk of extreme weather like hurricanes or tornadoes. Earthquake risk is low compared to California, and facilities are built with reliable power and cooling systems.

Portland offers strong connectivity to West Coast markets, access to undersea cable routes, and cost-effective power. It’s a strategic alternative to Seattle or San Francisco for latency-sensitive workloads and disaster recovery.

Yes. Arizona is home to over 65 data centers, with Phoenix leading the state in deployments due to favorable climate conditions, low energy costs, and a growing tech ecosystem.

Phoenix has no hurricanes, earthquakes, or tornadoes. Though it’s hot, modern data centers are built with efficient cooling systems and robust infrastructure to ensure year-round uptime.

Phoenix is a rapidly growing data center market with affordable power, low natural disaster risk, and strong connectivity to West Coast and Southwest U.S. markets. It’s a popular alternative to California for cost-effective, high-availability infrastructure.

Yes. New York and nearby New Jersey host hundreds of data centers, making the metro area one of the most connected and in-demand colocation regions in the world.

New York faces low risk from earthquakes and tornadoes. While storms and flooding are concerns, top-tier data centers are built above flood zones with advanced power and cooling redundancy.

New York is a premier global connectivity hub, with dense fiber infrastructure and direct links to major financial and content networks. It’s ideal for ultra-low latency workloads, financial services, and international traffic exchange.

Yes. There are over 120 data centers throughout Florida. The most popular location is Miami, where multiple submarine cables land, giving people deployed there high speed access to markets abroad. A few other cables terminate in Jacksonville, making it another popular location for data centers.

Miami and most of Florida is usually able to avoid extreme weather events like earthquakes, tornadoes, and blizzards. However, hurricanes are a concern, but data center builders and operators in Florida have extensive experience preparing for. Builders are willing to invest in the right safeguards and build their facilities to meet and exceed strict codes to protect them during storms.

Numerous undersea fiber-optic cable landings in Miami help data center customers get high performance connectivity to large markets of end users in Latin America, the Caribbean, and more. Miami can also be a good disaster recovery location deployments in Ashburn and New York, providing similar performance to end users in the East Coast of the United States.

Yes. California has hundreds of data centers, with Los Angeles among the top locations due to its dense connectivity, proximity to media and tech industries, and international reach.

While earthquakes are a regional concern, LA data centers are built to strict seismic standards. The area avoids hurricanes and blizzards, and facilities are engineered for continuous operation.

Los Angeles is a key West Coast network hub, with direct undersea cable access to Asia-Pacific markets. It’s ideal for media, gaming, and cloud platforms needing low-latency global delivery and robust interconnection.

Yes. Missouri has over 30 data centers, with Kansas City serving as a regional interconnection point. Its central location, strong infrastructure, and competitive power rates make it a strategic choice for IT infrastructure.

Kansas City experiences minimal risk from hurricanes, earthquakes, or blizzards. While severe storms can occur, data centers are built with robust power, cooling, and storm mitigation systems to ensure reliability.

Kansas City is a central U.S. location with strong fiber connectivity, making it ideal for nationwide reach and low-latency performance. It’s also a growing tech hub, attracting enterprise deployments and disaster recovery infrastructure.

Durham has low risk of extreme weather events like earthquakes or blizzards. While hurricanes can impact the region, data centers are built inland with high standards for power redundancy and storm protection.

Durham, part of North Carolina’s Research Triangle, offers excellent network infrastructure and proximity to major universities and tech firms. Its location provides low-latency access to East Coast markets and is ideal for innovation-driven deployments.

Yes. Colorado has over 40 data centers, with Denver being the state’s main interconnection hub. It’s popular for colocation thanks to reliable power, connectivity, and growing infrastructure investments.

Denver is generally free from hurricanes, tornadoes, and flooding. While winter storms occur, data centers are engineered for resilience, with redundant systems that ensure consistent uptime.

Denver offers strategic central U.S. connectivity and is a growing tech hub. Its location supports low-latency routes to both coasts and is ideal for enterprises needing geographic diversity and disaster recovery.

Yes. Texas hosts over 130 data centers, with Dallas leading due to its dense network connectivity, energy availability, and position as a national carrier and enterprise hub.

Dallas has minimal risk of earthquakes, hurricanes, or blizzards. Though it experiences heat and occasional storms, data centers are built with redundant cooling, power, and storm protections to ensure uptime.

Dallas is a major interconnection point in the southern U.S., with strong fiber routes and central access to East and West Coast markets. Its geographic position makes it ideal for content delivery, cloud hosting, and disaster recovery.

Yes. Illinois hosts over 80 data centers, with the majority in the Chicago metro area. Its central location, strong infrastructure, and major network exchange points make it a top-tier choice for colocation and bare metal hosting.