Just as personal computers (PCs), the Internet, and smart phones have changed our work and everyday life, the Internet of Things (IoT) will also change the way we interact with each other and with the environment. But the Internet of Things brings four challenges to our existing network and infrastructure. Compared with technologies such as Google Glass or wearable biosensors that are temporary tattoos, infrastructure is a less attractive topic; but for the IoT technology that wants to become mainstream, at the core technology level Innovation is crucial.
Get rid of smart phones
For newcomers, if the IoT market is to fully realize its potential, it must cut off the connection with smart phones; people just don't want to take their mobile phones everywhere, especially smart phones with larger sizes. If a smart phone is a must, the wearable device is just a phone accessory.
Wearable devices need to have their own communication capabilities to break the connection with the phone and connect directly to the cloud; in addition, those smart devices can be directly connected to each other, not through the cloud, and certainly not through the two A smart phone. To be truly practical, the wearable device must also have a GPS function; imagine that a watch can not only tell you a few steps, but also tell you how far you have gone, how high the altitude is, or how many steps you climbed.
Innovative backup power / low power solution
Future wearable devices need to be able to access power through alternatives such as longer range wireless charging, energy harvesting, solar energy, or energy conversion through user actions. These devices also need new energy storage devices such as flexible batteries, and they meet commercial standards in terms of quality and price. It is also best to support GPS functions while reducing power consumption compared to existing solutions. . The above innovative technology is not a science fiction plot and is already under development.
Ability to control huge amounts of data
Today's infrastructure, from the wireless network operator to the data center, and all the nodes between the two, is not enough to carry a large amount of data flow after the IoT system becomes mainstream; this involves not only from various The data transmission pipeline from the device to the cloud also includes technologies for processing and storing all data in the cloud.
The current data center architecture is incapable of dealing with the vast amounts of heterogeneous data that will be generated and that need to be addressed; and don't forget that the operation of large data centers is also facing energy supply challenges.
Mining innovative energy sources
The innovations mentioned here will be produced in a multi-faceted manner; current industry leaders will do their part, but I am afraid that they can only be gradual on the basis of what they already have. The main drivers of innovation energy will come from savvy entrepreneurs and a handful of industry leaders willing to take risks, try new business and new innovation models.
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