Those underlying electronics are plagued by a continued reliance on batteries and inadequate wireless communication options—both of which have stopped countless IoT products dead in their tracks. They cannot achieve the hyperscale IoT long imagined. That's deprived us all of a wealth of new physical-world data stream
Logistically, economically, and environmentally, batteries will not scale. Practically, they force users to swap one maintenance event for another.
Batteries require inevitable, irregular, unpredictable maintenance cycles that erases many of the core benefits of remote monitoring. Users want real-time insight from afar without having to worry about the health of their IoT device.
Batteries are not designed for the harsh environmental settings characteristic of many real-world IoT applications. Instead, these environments rapidly deplete already finite battery lifetimes.
Batteries force vendors to employ duty-cycling techniques to conserve a finite power supply. This leads to gaps in the quality and quantity of application data that can often reduce efficacy and value.
Batteries represent a logistically prohibitive maintenance problem that requires a mind-boggling maintenance workforce, presenting a daunting challenge for individual facilities where maintenance resources are already at capacity.
Daily battery replacements in a trillion-sensor world.
Person labor force to maintain batteries.
Labor hours added each day to a 10k asset facility.
Existing wireless protocols are not optimized for large-scale
wireless sensor networks deployed throughout the physical world.
Existing wireless protocols are unable to reliably cover sprawling industrial plants & facilities.
Existing wireless protocols are unable to support more than tens of devices per a single gateway.
Existing wireless protocols are unable to overcome the many physical interferers in most real-world settings.
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