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3 providers and their customers are shifting from asking "What's the cheapest sensor we can buy?" to "What will it cost to keep this sensor running every year?" An energy- harvesting LoRaWAN device may carry a modest premium at purchase — typically 10 to 30 percent more, but it pays for itself through reduced maintenance. Once labor, travel, and replacement materials are accounted for, the lifetime cost of energy- harvesting devices is often far lower than battery-only alternatives. By designing for longevity and minimal servicing, IoT networks can unlock far more value per node. The market conversation has matured from one about short-term affordability to one about long-term efficiency. Energy harvesting has become central to that shift. LoRa Alliance ® IoT Market Maturity: From Risky Pilots to Infrastructure Investments This mindset shift around TCO mirrors a broader evolution in the IoT industry itself. A decade ago, building an IoT network was often treated as an experiment — with uncertain returns and frequent failures. Many projects were viewed as sunk costs rather than true infrastructure investments. That landscape looks very different today. IoT has matured from a high-risk frontier into a dependable layer of business infrastructure. According to recent industry analysis, 87% of IoT projects now meet or exceed expectations as of 2023, a complete reversal from the high failure rates of the last decade[4]. Organizations have learned from early mistakes, standards have improved, and best practices have emerged – all contributing to far more reliable outcomes. LoRaWAN networks in particular have demonstrated robust performance at scale, from smart city sensor grids to industrial monitoring. The technology is no longer unproven, standards have improved, and best practices have emerged. LoRaWAN networks, in particular, have proven themselves at scale, powering everything from citywide environmental monitoring systems to industrial automation. The technology has moved from being a novelty to becoming a critical part of global infrastructure. LoRaWAN is used by global brands in sectors like quick-service restaurants, automotive, energy, and logistics[5].

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