Industry executives and experts share their predictions for 2026. Read them in this 18th annual VMblog.com series exclusive.
By James Martin, Chief Technology Officer at Wilson Connectivity
The connected worker concept has been discussed in futuristic terms for several years now. But the truth is, anyone who has been working in the industry long enough will tell you that true advancement comes from having good, affordable connectivity. That remains the common denominator powering every device, every workflow, and every safety system, no matter how intelligent or advanced the technology becomes.
That’s the evolution that’s underway. Across industries such as construction, public safety, manufacturing, logistics, and even agriculture, teams are seeking solutions that ensure continuous connectivity without adding another monthly bill. Starlink and similar satellite internet providers have demonstrated just how powerful next-generation connectivity can be, but the economic reality is unavoidable: many organizations simply cannot justify the cost of adding a premium internet service to every vehicle, device, or employee. This has created a new kind of pressure, including a rising demand for simpler, more cost-effective connectivity models that still deliver robust performance in the field.
We’re witnessing it firsthand. Manufacturers and enterprises are integrating private networks, mesh local networks, and next-gen repeaters to create environments that keep data flowing without stretching budgets. In many cases, these networks don’t need the full performance of a high-throughput satellite link. What they need is a resilient, predictable layer of connectivity that works within the worksite context. That is the behind-the-scenes infrastructure that truly supports the connected worker. Connectivity that’s intelligent enough to adapt to terrain, buildings, and remote locations, but simple enough that teams don’t need an engineering degree to deploy or maintain it.
This shift also mirrors something we’re all feeling at home: subscription fatigue. The same frustration people experience with endless app and streaming fees is now being realized at the corporate IT level. Businesses are questioning the “everything-as-a-service” model for foundational needs such as connectivity. They want control. They want predictability. They want scalability without endless recurring fees. Many organizations are actively seeking ways to reduce operational expenses by shifting away from service-heavy models toward solutions they can own, deploy, and manage on their terms.
What’s ahead in 2026 isn’t another wave of tech hype, but rather a reckoning of what really counts: strong signal, low cost, and easy installation. It will not be the most innovative technology or solutions that come out on top as wireless network development continues and private 5G technology evolves, but rather those solutions that quietly keep employees networked no matter where their work takes them. Those will be solutions that prioritize robustness over complexity, with strong performance deep within buildings or miles from any fiber connectivity.
Even satellite connectivity is shifting in this direction. High-performance LEO systems will continue to make headlines, but GEO-based services with lower cost structures are finding renewed relevance for connected-worker use cases that require only low-bandwidth, periodic data. These trends reinforce a broader truth: the connected worker doesn’t always need more; they need appropriate connectivity, designed around the task, not the technology.
At its core, the future of the connected worker is about invisibility: the invisible network, the invisible user experience, and the invisible cost of connectivity. The most significant impact will come from innovations that remove barriers to connectivity, eliminate pointless costs associated with connectivity, and empower workers to have confidence in their devices and their data, no matter where their work takes them. At its roots, progress is measured by connectivity performance, not futuristic looks.
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ABOUT THE AUTHOR
James Martin is Wilson Connectivity’s Chief Technology Officer. He is a wireless industry veteran with over 30 years of experience in the wireless space. During that time, James has worked with leading OEMs in driving product development, system design, implementation, business strategy, and operations. He holds several patents in the wireless and oil and gas industry. James is also an active amateur radio operator, a GROL license holder, and a commercial pilot.
