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By Danilo Fernandes, vice president & commercial director of B2B for Latin America at Liberty Networks.
Miami, June 16, 2026 - On World Wi-Fi Day, Liberty Networks highlights a fundamental truth that often goes overlooked: enterprise Wi‑Fi performance depends entirely on the quality of the network infrastructure that feeds it. Submarine cables, terrestrial fiber, and low‑latency data centers form the invisible backbone enabling the most advanced wireless standards to deliver on their promises.
The hidden dependency: Wi-Fi’s transport network reality
Across Latin America, enterprises are rapidly adopting cloud‑first tools, real‑time collaboration platforms, and IoT sensors. Yet many assume that upgraded access points are sufficient to solve congestion, dropouts, or latency spikes. In practice, all data traveling over a Wi‑Fi network ultimately passes through multiple submarine cable systems and terrestrial routes.
A healthy enterprise Wi‑Fi deployment requires dedicated processors, multiple low‑power access points, and centrally managed configurations. However, those elements cannot compensate for a high‑latency international route. When a cloud‑based transaction fails or a video conference freezes, the root cause is rarely the wireless signal; it is the network behind it.
Data that defines the scale of the challenge
According to the Wireless Broadband Alliance (WBA, World Wi‑Fi Day 2026 infographic), the global economic value of Wi‑Fi has reached an estimated $4.9 trillion. In the United States alone, Wi‑Fi is projected to generate 7.54 million jobs by 2027 and contributes 3.4% of GDP across large economies. Latin America mirrors this trajectory: as more enterprises move to hybrid work and digital operations, the strain on existing transport networks grows exponentially.
Currently, 6 billion people are online worldwide, using 21.1 billion connected devices. Annual Wi‑Fi device shipments total 4.1 billion, including 269.1 million Wi‑Fi 7 devices. The market value for Wi‑Fi 7 alone is expected to reach $26.2 billion by 2030. These numbers underscore a clear trend: demand for wireless capacity is accelerating far faster than many underlying networks are being upgraded.
Latency, congestion, and the subsea connection.
According to the International Data Corporation (IDC), the growing demand for AI capabilities is directly driving enterprise network upgrades, making transport network resilience a strategic imperative. Alongside technology such as Voice over Internet Protocol (VoIP), which enables enterprise applications including Zoom and Microsoft Teams, these tools require single‑digit or low double‑digit millisecond latency to guarantee reliability. That latency budget is affected by the entire network path, from the wireless connection to the regional transport networks and submarine cables that carry data across the Caribbean and Latin America.
A robust network infrastructure prevents network congestion, stops transaction failures, and secures sensitive data by isolating guest traffic from the main network, while enabling IT administrators to expand coverage as the enterprise grows. With nearly 60,000 kilometers of submarine and terrestrial routes, Liberty Networks operates one of the most extensive subsea and terrestrial fiber optic networks in the region, providing the low‑latency, high‑availability backbone that makes enterprise Wi‑Fi viable at scale.
From wireless to wired: A strategic imperative.
For telecom and enterprise technology executives, the lesson is clear: investing in Wi‑Fi 6E or Wi‑Fi 7 access points without simultaneously evaluating the capacity and resilience of the transport network creates a false sense of security. High‑density environments (such as corporate headquarters, manufacturing plants, hospitals, and universities) require transport links engineered for hundreds of concurrent users without dropouts or dead zones.
Still, many enterprises continue to treat the underlying infrastructure as an afterthought. They invest in the latest access points but neglect the connections that carry data across cities and oceans. When the underlying network is too slow or overloaded, even the newest Wi‑Fi equipment cannot prevent delays, frozen applications, or dropped calls. For the enterprise, this translates into stalled workflows, frustrated employees, and silent revenue leakage.
Liberty Networks continues to invest in the foundation that prevents these challenges, including new systems such as MANTA and the reconfiguration of MAYA-1.2, ensuring that enterprises across Latin America and the Caribbean have the low‑latency, high‑redundancy connectivity required to make any wireless standard perform as designed.