What can the core value of the Internet of Things be achieved?

The core value of the Internet of Things is to realize the Internet of things connected to improve social production efficiency, optimize resources, and reduce costs. The core value of the Internet of Things is to increase the intelligent value of the connection between things and things, the connection between people and things, and the connection between people and people from the terminal to the central end and the central office.

Machines with the ability to perceive and control themselves are connected to the Internet, further replacing work where humans may make mistakes, improving social production efficiency, optimizing resources, and reducing costs. It is the core value of the Internet of Things, that is to say, intelligence is the core value of the Internet of Things.

The Internet may provide everyone with a lot of information, but it is passive. A lot of information search and mining are passive. As an extension of network expansion, the Internet of Things' intelligent functions will bring us value. This "intelligent requirement" requires the network to be more intelligent in both the terminal and the network platform.

The Internet of Things must be able to provide its core value. This value is to increase the intelligent value of the connection between things and things, the connection between people and things, and the connection between people and people from the terminal to the central end and the central office. This is the core value of the Internet of Things and the core value of an industry. Only by highlighting the characteristics of intelligent services can we build a huge Internet of Things industry.

Extended information:

The Internet of Things is usually divided into three levels: perception, transmission and application. The perception layer is mainly composed of sensors, RFID, etc., and is used for information collection. The key part, the sensor is known as the five senses in the Internet of Things era; the transmission layer is dominated by communication operators, so the communication giants have already been staking their claim in the Internet of Things industry, hoping to dominate this field; but in the long term, they are paying attention to the Internet of Things. According to Yang Jianyong of the industry, the core value of the Internet of Things lies in the application layer. In the era of the Internet of Everything, the core value of the Internet of Things industry is that the data collected through sensors are finally aggregated into application layer data processing.

In the Internet of Things era, tens of millions of sensors are embedded in various devices in the real world, such as mobile terminals, smart meters, buildings and industrial machines, etc. After various devices are connected to the Internet, How to clarify the data generated and dig out the value is more important. At the same time, cloud computing provides storage for the massive data generated by the Internet of Things and is the cornerstone of the development of the Internet of Things.

If the business process of the Internet of Things is data generation, collection, processing, decision-making and application, then the insufficient sensor layout will lead to insufficient data generation and will hinder the development of the Internet of Things industry from the source.

In order to obtain data, in 2013, some countries put forward the slogan "Trillion Sensor Revolution", aiming to promote the use of 1 trillion sensors every year in social infrastructure and public services. It is expected that after 2030 With 100 trillion sensors embedded in various places, it is foreseeable that in the near future, we will be surrounded by sensors everywhere. Then we will combine the data collected by a large number of sensors with open data, and rely on artificial intelligence and other technologies to conduct big data analysis. Data of higher value will be generated.

In the era of the Internet of Things, the platform can not only realize the interconnection of various devices, but its core is the distribution center of data. Utilizing the data formed will give birth to many innovative business models and applications, among which "cloud "Providing storage, management, analysis, etc. for data generated by various devices after being connected to the Internet is the cornerstone of the development of the Internet of Things industry. Gizwits Cloud, which claims to be the first IoT cloud service platform in China, is based on the Internet of Everything, that is, integrating cloud, terminal, and device cloud, and sharing it with the entire industry chain to help enterprises achieve global IoT operations.

According to Mr. Huang Zhuo, founder and CEO of Gizwits, the Internet of Things is an organically interconnected ecosystem. Artificial intelligence based on big data will be more widely used in the Internet of Things in the future, but data analysis and cloud security There are not many professional talents in the world for other technologies. As the most influential IoT development platform, Gizwits will modularize and tool these complex algorithms, continue to provide developers with more valuable development tools and module services, and help them quickly enter the IoT at low cost. industry.

Yang Jianyong further pointed out that the generation, collection, processing, decision-making and application of data will increase with the popularization of various Internet of Things devices and the large-scale deployment of sensors. The potential of the big data collected will be Value will also be gradually discovered. It can be said that the Internet of Things is an industry driven by "data". That is, the massive data generated by the Internet of Everything is intelligently processed and analyzed, and finally products or services are formed through the data. This is the core business value of the Internet of Things and will also create more business opportunities for society.

The popularization of the Internet of Things is the key to large-scale deployment of sensors

The Internet of Things has become the development trend of information technology. Various smart devices will serve as carriers of sensors to achieve seamless interaction between humans, machines and the cloud. , a more advanced point is to achieve "scene awareness", so that smart devices have "wisdom", and the combination of AI and AI can further supplement and extend the human body's perception capabilities. Perception will be a new trend in IoT devices, and soon many smart devices will Possess certain "awareness" capabilities.

But there is a problem, that is, to power various smart devices. However, some scientists are experimenting with "network signals" to provide power, such as wireless temperature sensors, which obtain energy from radio waves to form its wireless network. It just needs to draw power from a nearby router, and once it has enough power, the network starts working. The most gratifying thing is that this sensor is extremely small and very cheap (about 20 cents). This almost invisible sensor can completely control your smart home on the device.

As the core of the Internet of Things is the sensor, and the deployment of "trillions of sensors" must rely on low power consumption (or the sensor itself has a power supply function) and low price, such as this low-cost and wireless wave-powered sensor If it can be popularized, the Internet of Things architecture will see fundamental changes. The author also looks forward to the increasingly mature sensor technology entering the market as soon as possible.

Japan is one of the countries that started the Internet of Things application earlier, using sensors to improve social services. In addition, in order to promote the construction of a smart country, Singapore will build a national sensor network based on the optical fiber network, whether it is Whether at home, in the office or in public places, Singapore will install a large number of sensors for various purposes in the future. If these sensor networks meet unified quality standards, they will operate more smoothly.

In order to combat crime, the United States tested a gun detection system installed on the roof in New York City many years ago. Based on the gunshots received by the sensor and using triangulation positioning, the system can quickly identify the location of the gunfire within a few seconds. . In order to expand deployment, it cooperates with General Electric (GE) to deploy this sensor detection system in its smart city street lights. AT&T in the United States has also signed an agreement with GE to install sensors on street lamps. In the past, GE focused more on environmental protection and logistical support. By deploying ShotSpotter gunshot detectors in street lamps, it has given significant Law enforcement functions.

There are also many sensor application scenarios in our country. Among them, more than 200 sensors are installed on the Second Nanjing Yangtze River Bridge. They capture all information about the condition of the bridge 24 hours a day and can provide early warning in case of abnormalities. Starting this year, Wuhan will also install electronic induction monitoring systems for bridges. It is understood that the Jianghan First Bridge and Jianghan Second Bridge have been installed, and 25 are expected to be completed this year.

Established in 2011, Oribo started from basic smart electrical and smart security sensing, and now has formed an initially-shaped smart device ecological platform based on home, office and other scenarios. Among them, at the security sensing level, Oribo has created security systems including smart door locks, smart cameras, door and window magnetic sensors and other products, as well as smart smoke sensors, smart water immersion sensors, smart gas alarms, smart temperature and humidity sensors, etc. Product-based sensor security kit. At the end of 2016, Oribo pioneered the release of a smart formaldehyde monitor, which solves the formaldehyde monitoring needs that give users headaches and will also fill the market gap of formaldehyde "monitors".

In January this year, Waymo, a self-driving company owned by Alphabet (Google’s parent company), announced that it had successfully developed self-driving sensor hardware suitable for its own needs. The cost of the core component LiDAR sensor will drop by 90% %, the significant reduction in the cost of this important and core component will help promote the commercial implementation of autonomous driving. Toyota Research Institute also announced Toyota's first self-driving car, which is covered with various sensors. Various innovative sensor technologies will promote the process of self-driving cars.

Over the years, the size of the sensor market has also shown rapid growth. With the rise of the Internet of Things, the sensor industry has ushered in huge development opportunities. As the number of institutions and investment in sensor technology research and development continues to increase, sensor technology It has also achieved rapid development. Of course, the deployment of sensors on various occasions is not the ultimate goal. Obtaining data is the ultimate means to realize the value of the Internet of Things.

With the continuous expansion of IoT devices and the large-scale deployment of sensors, the big data collected will be the core of the IoT, a data-driven industry that will enable the integration of the real world and the virtual world. It will create more business opportunities. In the coming era of the Internet of Everything, whoever has data can make more money.

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