One of the important things about location-based services is that they enable a host of other applications, delivering value greater than the sum of their parts. According to Kenneth Hyers, ABI Research's principal analyst of global wireless operator research, "It's not just a technology in your mobile phone that says 'you are here.' It can also pass that information to many other applications." Do you want a route home? A friend's location, relative to where you are? A location-stamp on that picture you took with your camera phone? LBS enable all these functions. A real-estate appraiser might photograph a house with a GPS-equipped phone, then combine the picture, its subject's GPS coordinates and, if linked to a navigation program, its actual address, and send that information to the office's billing system to identify the party to be invoiced for the service. "Mobile operators don't want to sell 'location technologies' -- that's too esoteric," concludes Hyers. "But they believe that if you tell an end-user, 'call us to check movie times and we'll route you to the theater', consumers will be willing to pay for that service." Is this fantasy or reality? That depends, ironically, on where you live and who your mobile operator is. Nextel has pioneered LBS in the US and maintains the most advanced portfolio. This year Sprint has shown a real interest. Hyers believes that "the combination of Sprint and Nextel could lead to some really interesting synergies where lessons learned on the corporate side at Nextel can be translated to Sprint's good consumer base." Outside the US, KDDI in Japan is successfully rolling out LBS. In South Korea, SK Telecom is pushing LBS strongly, while in Europe, Hutchison is attracting attention with its 3G LBS which Hyers terms "the best in the region."
The industrial sector is on the eve of a wireless transformation, driven by an urgent demand for greater network capacity, reliability, and deterministic performance. Historically, manufacturers and mission-critical operations have relied on wired networks — favoring their predictability — because spectrum congestion in legacy 2.4GHz and 5GHz bands limited confidence in wireless for operational technology (OT) environments. However, with the introduction and rapid adoption of the 6GHz spectrum, compounded by significant advances in Wi-Fi standards, industrial facilities are now poised to embrace wireless LANs as the backbone for automation and digital innovation. Industrial WLAN Market Development Recent research from ABI Research forecasts that over 70 percent of industrial-grade wireless LAN access points (WLAN APs) shipped in 2030 will support the 6GHz band. This is a leap from 2 percent in 2023, highlighting a rapid and profound technological shift. The market for ruggedized indust...