Wireless connectivity sits in the background-the invisible infrastructure that keeps businesses running, cities functioning, and workers connected. Organizations are testing and deploying AI tools, expanding connected devices, and rethinking how work gets done in increasingly data-heavy environments. Enabling organizations and public bodies to deploy these technologies is critical for the EU to achieve its ambitious digital transformation by 2030.
Cisco's 2026 State of Wireless report, which surveyed 6,098 wireless decision-makers across 30 countries, including France, Germany, Italy, the Netherlands, Poland and Spain, offers a compelling evidence base.
Wi-Fi has become a substantive driver of business performance. More than three quarters of organizations report operational efficiency gains from wireless investments, 75% register measurable improvements in employee productivity, and 68% experience positive revenue impacts. Wireless infrastructure is no longer a commodity input. It is a strategic asset.
But as connectivity demands outpace current capabilities, Europe finds itself at a critical momentum.
AI Is driving Wi-Fi demand. Infrastructure is struggling to keep up.
The primary driver of wireless investment across all markets surveyed is AI. Organisations deploying AI workloads are significantly more likely to regard wireless as strategically critical, 62% versus 46% among the broader survey population, and those that integrate wireless modernisation into their AI deployment strategies achieve measurably stronger returns across every business dimension. AI is only as powerful as the network that supports it.
This interdependence is pushing legacy infrastructure to its breaking point. While only 19% of organizations currently utilize Wi-Fi 6E or 7, 59% plan to upgrade within the year to meet the high bandwidth demands of AI, AR, and IoT. Cisco's telemetry confirms this momentum, recording a 23% surge in 6E/7 deployments in late 2025. The payoff is clear: organizations leveraging the 6 GHz band are nearly twice as likely to successfully deploy AI workloads (45% vs. 26%).
The 6 GHz band is more than a standard upgrade-it is the critical spectrum required to fuel the high-density, low-latency demands of the AI era. It is the essential digital highway upon which the next generation of enterprise innovation must travel.
Where Europe faces a structural disadvantage
In the United States, organizations already benefit from access to the full 6 GHz band for Wi-Fi, both indoors and outdoors, at standard power levels. This gives American enterprises a distinct competitive advantage, providing the wireless capacity and performance headroom required to scale AI-intensive applications.
While the EU Digital Networks Act proposal teased a future Radio Spectrum Policy Strategy for 6G, European enterprises operate under considerably more constrained conditions than their U.S. counterparts, with access to the upper 6 GHz band remaining limited.
The situation facing the City of Luxembourg illustrates this challenge. Operating more than 900 Wi-Fi access points in support of public services and IoT deployments, Luxembourg has reached the congestion thresholds of the 2.4 GHz and 5 GHz bands. Without outdoor access to the 6 GHz band, the city confronts growing performance limitations that directly constrain the next phase of its Smart City development. Luxembourg's situation is not an outlier. It is a preview of the connectivity constraints awaiting the rest of the continent.
Europe's Digital Decade ambitions are not just policy goals-they are entirely dependent on the availability of high-performance, AI-ready infrastructure and technologies. Unlicensed spectrum in the upper 6 GHz band for Wi-Fi is a critical and affordable enabler of those objectives. While the RSPG opinion has suggested prioritising most of the band for mobile use, enabling the immediate access to the entire 6 GHz band for Wi-Fi use is essential to maintaining Europe's digital competitiveness and supporting AI-driven innovation.
Allocating sufficient unlicensed spectrum in the upper 6 GHz band to WI-FI is among the high-impact measures available to accelerate digital transformation in organisations and public institutions across the EU
Security and talent pressure add another layer of hurdles
European organizations face compounding challenges that make the infrastructure gap more consequential.
On security, the report's findings are sobering. 85% of organisations globally experienced at least one wireless security incident in the past 12 months. Stronger wireless infrastructure, including modern security protocols like WPA3, directly reduces this exposure. Organisations using full WPA3 are almost three times more likely to expect fewer security failures in the coming years.
At the same time, organizations are dealing with a persistent talent gap. European organizations face even tighter recruitment pressures than their U.S. counterparts, with 89% of wireless decision-makers reporting hiring difficulties compared to 82% in the U.S.
This deficit does more than stall modernization; it inflates security incident costs and traps IT teams in a cycle of reactive firefighting, preventing them from focusing on strategic innovation.
As a proud member of the European Commission's Cyber Skills Academy, Cisco is committed to closing this gap, working hand-in-hand with our European partner ecosystem to build the workforce required for an AI-ready future.
Turning constraints into opportunities
The data is clear: Europe's AI ambitions are only as strong as the infrastructure that supports them. We must accelerate investment in AI-ready and secure networks and foster a skilled workforce. Regulation must shift toward outcomes-based frameworks that empower, rather than constrain, connectivity. Above all, unlocking the full 6 GHz band is not a technical luxury-it is the cornerstone of a competitive, AI-powered European economy.
Europe has the ambition. Now, it needs the connectivity to match it.