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The rise of AI must be supported by Wi-Fi networking that can deliver next-generation services in real time.
Wi-Fi is everywhere… almost.
The Pew Research Center estimates that more than 300 million American adults own a smartphone. Additionally, 90% of smartphone data traffic flows over Wi-Fi, according to the NCTA Internet & Television Association.
But as Wi-Fi becomes ubiquitous, it is also evolving. AI features and applications are being integrated into Wi-Fi, and, in turn, Wi-Fi is becoming the key enabler of AI expansion.
What is taking place is the rapid evolution of the enterprise workforce into blended teams of humans, AI agents, and automated systems, all operating together at machine speed.
“Wi-Fi is the foundation that makes that possible, connecting every endpoint, protecting every interaction, and unlocking the operational insights that drive smarter decisions across the business,” Anurag Dhingra, senior VP and GM of Enterprise Connectivity & Collaboration at Cisco, said in a press release. “AI is both the biggest opportunity and the biggest test for enterprise networks right now.”
Cisco’s recently released inaugural 2026 State of Wireless Report is timely, given the ubiquity of Wi-Fi and the exponential growth of AI. Based on interviews with 6,098 wireless decision-makers and technical specialists, it lays out key trends and challenges:
Overall, the report concludes that Wi-Fi is a strategic growth engine that delivers measurable return on investment (ROI) along multiple fronts simultaneously.
And with AI deployments rolling out across most businesses, demand for Wi-Fi connectivity continues to rise. Whereas Wi-Fi investments were previously viewed as an expense, their critical role in AI-driven transformation has led to greater priority being given to Wi-Fi funding proposals.
As a catalyst for enterprise-wide success, Cisco found that more than three-quarters of organizations report operational efficiency gains (78%) from Wi-Fi, employee productivity improvements (75%), and enhanced customer engagement (75%). A further 68% noted positive revenue impacts from wireless investments.
A few wireless routers spread around the corridors is one thing. Coping with the bandwidth demands of streaming applications, video conferencing, and the latest AI applications is quite another. Hence, Wi-Fi technology is running into mounting challenges as its importance within the enterprise increases.
Dhingra pointed to a significant rise in the number of Wi-Fi use cases within a business: employees using it for day-to-day work activities; contractors needing instant access to the network as they come and go; an increasingly mobile workforce needing to securely and seamlessly switch from on-campus access to approved remote Wi-Fi connections; autonomous robots; smart sensors; and a new generation of AI-powered applications. According to Cisco, new use cases are appearing almost daily.
However, IT teams are struggling to keep pace. Legacy infrastructure slows the steady march of AI across the business landscape. Aging servers, networking gear, routers, and software may have to be replaced to enable the enterprise to offer the latest Wi-Fi and AI services.
In addition, intensifying security threats (including many AI-generated attacks) have led 58% of organizations to experience financial losses from wireless security incidents, according to the Cisco survey. Compromised IoT or OT devices are also seen as the weakest security link in 36% of organizations and serve as a gateway for Wi-Fi breaches.
Meanwhile, IT talent is gravitating toward AI and cybersecurity, leaving wireless teams without the expertise they need to fully and securely realize the benefits of modern wireless and AI.
“AI is both the biggest opportunity and the biggest test for enterprise networks right now,” said Dhingra.
Also read: Cisco’s AI-powered collaboration devices turn meeting rooms, desks, and frontline tools into managed infrastructure for enterprise IT teams.
