Data Centers in Vienna

Vienna – Secure Hub for Central & Eastern Europe

Executive Summary

Vienna is the premier data center market for businesses requiring low-latency access to Central and Eastern European (CEE) markets. Its combination of excellent network connectivity, a stable power grid with high renewable energy use, and a remarkably low natural disaster risk profile makes it a superior choice for deploying mission-critical infrastructure. This market ensures high uptime and secure connectivity for expanding into the region.

Vienna: At A Glance

Network & Connectivity Ecosystem

Vienna's strategic location makes it a critical network intersection between Western, Central, and Eastern Europe. The city has a mature and competitive connectivity market.

Carrier Density & Carrier Neutrality: With over 35 unique network providers active in the market as of September 2025, Vienna offers exceptional choice. Carrier-neutral facilities provide redundant access to global and regional backbones, ensuring competitive pricing and high availability.

Direct Cloud On-Ramps: The market features 3 dedicated cloud on-ramps, enabling high-speed, private connections to 16 different cloud availability regions as of September 2025. Direct access is available for:

• AWS
• Microsoft Azure

Internet Exchange Points (IXPs): The Vienna Internet eXchange (VIX) is the country's central peering point, handling the majority of domestic traffic. Its presence in multiple data centers lowers latency and transit costs for content delivery and enterprise networking within Austria and the broader CEE region.

Bare Metal: On-demand bare metal servers are readily available from multiple providers. Global suppliers like Hivelocity and Leaseweb offer compute and storage solutions for workloads requiring dedicated, high-performance hardware.

Power Analysis

Austria's power infrastructure is both reliable and increasingly green, making Vienna an excellent location for sustainable IT operations.

Average Cost Of Power: Industrial power rates average around €0.09/kWh as of August 2025. This competitive pricing, combined with a grid mix of approximately 81% renewables, offers a cost-effective path to achieving corporate sustainability goals.

Power Grid Reliability: The power grid serving Vienna's data center districts is well-engineered and stable. Facilities are supported by redundant substations and resilient distribution networks, providing a reliable foundation for critical digital services.

Market Access, Business & Tax Climate

Vienna provides a stable and predictable environment for establishing a digital presence.

Proximity To Key Business Districts: Data centers in Vienna are located near the city's central business districts, serving major financial, technology, and international organizations. This proximity supports latency-sensitive applications for a large local enterprise base.

Regional Market Reach: From Vienna, a single data center deployment can effectively serve Austria and provide low-latency connectivity to neighboring countries like Hungary, the Czech Republic, Slovakia, and Slovenia. It is a strategic anchor for any CEE expansion strategy.

Tax Advantage For Data Centers: Austria does not offer special tax incentives for data centers. The primary advantage is a clear and stable corporate tax framework, which simplifies financial planning and reduces the risk of unforeseen policy changes.

Natural Disaster Risk

Vienna has an exceptionally low risk profile for natural disasters, making it one of Europe's safest locations for data center investment.

The overall INFORM Risk score is 2.4 out of 10, a "Low" risk classification as of September 2025. The primary environmental risks to consider, while still low, are managed through modern infrastructure standards.

• River Flood: The highest individual risk factor, mitigated by facility site selection away from floodplains and municipal flood control systems.
• Earthquake: A minor risk with low probability of significant impact.
• Drought: Poses a potential, but manageable, long-term challenge to water-based cooling systems.