[Upstream and downstream of China's instrumentation network industry] The Internet of Things technology has gradually entered people's lives and industrial production. It is predicted that in 2016, the Internet of Things market will undergo a tremendous transformation. In the future, the Internet of Things will mean a trillion-dollar market space in China.
Gartner predicts that in 2018, half of the applications in the Internet of Things will come from two years of innovation, and 2016 will be a critical year for IoT technology from concept to landing. Today, we have seen more and more wearable devices, smart home devices, community security, personal healthcare, connected cars, smart lighting and other Internet of Things applications in-depth life in the surrounding, Internet and smart increasingly become an important standard for people to measure the quality of life .
Even so, the Internet of Things is still in its infancy. When can I call it "explosion"? When there are a lot of applications out there, and they are more mature, they are characterized by taking the entire industry chain through, building networks and providing services, generating revenue, and receiving corresponding returns.
In terms of China's national conditions, the development of the Internet of Things market is at the leading level in the world, regardless of scale or speed. The China Academy of Information and Communications recently released a forecast that the industry will move towards the 2.0 phase of the Internet of Things in 2016. At that time, two major changes will occur: the application of small-scale local applications to a larger range of large-scale applications, and the transition of vertical and closed-loop applications to cross-border applications and open-loop applications. In the future, the Internet of Things will mean a trillion-dollar market space in China. With the in-depth implementation of the "Internet" and "Made in China 2025" strategy, and the rush of "man-made entrepreneurship and popular innovation", IoT technology has become a key tool for traditional companies seeking the key to transformation and upgrading, and for emerging businesses to expand innovative channels.
In the age of all things connected, opportunities are endless. However, in the process of industrial advancement, there are also some issues that are urgently needed to be solved by everyone.
Two major issues 1. Security issues Many people have not been very clear about the concept of the Internet of Things. They always think that the traditional Internet of Things is industrialized and relatively closed. In such an environment system, the probability of a security incident is relatively low. However, the actual situation is not the case. For example, in the area of ​​security that we are familiar with, many cameras are now deployed in various cities. The data collected by these cameras is first encoded, then compressed and played back, but these data are not protected by encryption. This means that anyone who has intruded into the network can use this data, which is extremely insecure and needs everyone’s attention.
2. Openness and standardization issues IDC expects that by the end of 2020, there will be 50 billion smart devices interconnected globally. It is an urgent need for the whole industry to consider how to deploy such a network in an economical and scaleable manner. The problem. In my opinion, the principle of openness first is indispensable, because only a sufficiently open environment can establish a wide ecological environment and can greatly reduce the cost of network deployment. On the standard issue, historical experience is well documented. In the PC field, Intel, IBM, and Lenovo and other companies are actively building PC standards. Products from different vendors can be interconnected and interoperable. Servers, storage, and communications fields eventually replace traditional products. The dedicated equipment also brings many benefits to the end user. In the era of Internet of Everything, it should also be an open standard to construct the Internet of Things environment.
Wherever the four magic weapons are used, Intel pays attention. As an in-depth participant in the Internet of Things industry, we hope to continue to support the development of the Internet of Things for the next 30 years. Based on the Chinese market, we will break through our own strengths and work together with partners to promote the transformation and upgrading of the industry.
To this end, my Intel IoT business division divided the market into vertical and horizontal dimensions and conducted careful analysis. The vertical dimension refers to a variety of market segments including security, retail, military/aerospace, gaming, and medical. Intel is currently focusing on four major areas: retail, transportation, smart home and construction, industry and energy. In addition, Intel pays special attention to security in China because it is an important project of the "Safe City" and requires a lot of video and computing.
Horizontal dimension We actively seek commonality and clear the barriers to equipment interconnection. The IoT system used to be the vertical IoT, and there were very few intersections between different applications. There will be repeated construction problems in vertical development. In fact, 60%~70% of the common horizontal elements are reusable, such as data security, manageability, data integration and analysis, and API management. Therefore, these common elements can be extracted to create a horizontal platform to help the horizontal expansion of the Internet of Things.
In this regard, Intel's Internet of Things is doing a platform-based solution. In 2014, it introduced the logical definition of the Intel IoT platform. Intel did some of its modules and products, such as gateways, MCUs connected to sensors, parts of software, and cloud interfaces. In November this year, the platform was upgraded again, including the new Intel Quark processor for the Internet of Things, WindRiver's free and compact operating system with full cloud suite, and related analysis capabilities - all designed and built to protect Object-to-cloud smart interconnect solutions.
In addition, we have summarized Intel’s competitive advantage in the Internet of Things as the following four:
1. End-to-End Comprehensive Support By providing a series of basic building blocks, Intel can help developers and service providers quickly and smoothly develop and deliver IoT solutions that are designed specifically for IoT smart systems. A series of processors from the device to the cloud, from Quark, Atom, Core to Xeon, face different applications and provide different computing needs. It is particularly worth emphasizing that in November of this year, Intel released three second-generation Quark processors. These three processors have already reached the category of microcontrollers. They can be used not only to make IoT gateways, but also to further Supporting many IoT device innovations enables IntelInside to truly cover the entire IoT.
2. Iteratively Updated Technology and Architecture As a chip company, Intel differs from many of its peers in that we not only design processors, but also have factory-built processors. Therefore, Intel has a clear development strategy when it develops the processor. We call it the pendulum strategy: In odd years, Intel will mainly update the technology, and will continuously improve the level of technology in accordance with Moore's Law; in even years, it will be mainly updated. Architecture, to provide users with a new computing experience. The two occur in phases, and from the end user's point of view, there are new improvements every year. This is the blueprint for the development of Intel processors.
3, industry-leading IoT gateway In addition to technology and architecture, Intel's other winning weapon is the gateway to the Internet of Things. As we all know, the gateway serves as a link between the entire IoT system and is a node for information aggregation and transportation. Intel has made a corresponding reference design for the IoT gateway. It not only provides hardware design, but also provides a protocol stack for the IoT gateway based on hardware. It accomplishes some horizontal requirements, such as connectivity requirements. Remote management requirements, security requirements, data transmission requirements, and more. We integrate these requirements on the IoT gateway and adapt the gateway to the appropriate architecture. At present, many partners in the industry support Intel's IoT gateway reference design to launch their respective IoT products.
4. The two major leagues have been promoting the standardization process. Intel has been actively promoting the formation of the entire Internet of Things standard. Just mentioned that the development of the Internet of Things needs to be based on an open environment, while the open foundation comes from common standards. In 2014, Intel and Samsung, Cisco, MediaTek and other industry leaders launched the OIC alliance, which is an open interconnection alliance. The purpose is to solve the problem of interconnection between devices. OIC will not only formulate corresponding IoT industry standards, but also provide some open source projects to the industry and developers, so that everyone can develop their own solutions based on a unified standard. The second alliance is the IIC Alliance, the Industrial Internet Alliance, which is Intel and GE, IBM, Cisco and AT in 2014.
Gartner predicts that in 2018, half of the applications in the Internet of Things will come from two years of innovation, and 2016 will be a critical year for IoT technology from concept to landing. Today, we have seen more and more wearable devices, smart home devices, community security, personal healthcare, connected cars, smart lighting and other Internet of Things applications in-depth life in the surrounding, Internet and smart increasingly become an important standard for people to measure the quality of life .
Even so, the Internet of Things is still in its infancy. When can I call it "explosion"? When there are a lot of applications out there, and they are more mature, they are characterized by taking the entire industry chain through, building networks and providing services, generating revenue, and receiving corresponding returns.
In terms of China's national conditions, the development of the Internet of Things market is at the leading level in the world, regardless of scale or speed. The China Academy of Information and Communications recently released a forecast that the industry will move towards the 2.0 phase of the Internet of Things in 2016. At that time, two major changes will occur: the application of small-scale local applications to a larger range of large-scale applications, and the transition of vertical and closed-loop applications to cross-border applications and open-loop applications. In the future, the Internet of Things will mean a trillion-dollar market space in China. With the in-depth implementation of the "Internet" and "Made in China 2025" strategy, and the rush of "man-made entrepreneurship and popular innovation", IoT technology has become a key tool for traditional companies seeking the key to transformation and upgrading, and for emerging businesses to expand innovative channels.
In the age of all things connected, opportunities are endless. However, in the process of industrial advancement, there are also some issues that are urgently needed to be solved by everyone.
Two major issues 1. Security issues Many people have not been very clear about the concept of the Internet of Things. They always think that the traditional Internet of Things is industrialized and relatively closed. In such an environment system, the probability of a security incident is relatively low. However, the actual situation is not the case. For example, in the area of ​​security that we are familiar with, many cameras are now deployed in various cities. The data collected by these cameras is first encoded, then compressed and played back, but these data are not protected by encryption. This means that anyone who has intruded into the network can use this data, which is extremely insecure and needs everyone’s attention.
2. Openness and standardization issues IDC expects that by the end of 2020, there will be 50 billion smart devices interconnected globally. It is an urgent need for the whole industry to consider how to deploy such a network in an economical and scaleable manner. The problem. In my opinion, the principle of openness first is indispensable, because only a sufficiently open environment can establish a wide ecological environment and can greatly reduce the cost of network deployment. On the standard issue, historical experience is well documented. In the PC field, Intel, IBM, and Lenovo and other companies are actively building PC standards. Products from different vendors can be interconnected and interoperable. Servers, storage, and communications fields eventually replace traditional products. The dedicated equipment also brings many benefits to the end user. In the era of Internet of Everything, it should also be an open standard to construct the Internet of Things environment.
Wherever the four magic weapons are used, Intel pays attention. As an in-depth participant in the Internet of Things industry, we hope to continue to support the development of the Internet of Things for the next 30 years. Based on the Chinese market, we will break through our own strengths and work together with partners to promote the transformation and upgrading of the industry.
To this end, my Intel IoT business division divided the market into vertical and horizontal dimensions and conducted careful analysis. The vertical dimension refers to a variety of market segments including security, retail, military/aerospace, gaming, and medical. Intel is currently focusing on four major areas: retail, transportation, smart home and construction, industry and energy. In addition, Intel pays special attention to security in China because it is an important project of the "Safe City" and requires a lot of video and computing.
Horizontal dimension We actively seek commonality and clear the barriers to equipment interconnection. The IoT system used to be the vertical IoT, and there were very few intersections between different applications. There will be repeated construction problems in vertical development. In fact, 60%~70% of the common horizontal elements are reusable, such as data security, manageability, data integration and analysis, and API management. Therefore, these common elements can be extracted to create a horizontal platform to help the horizontal expansion of the Internet of Things.
In this regard, Intel's Internet of Things is doing a platform-based solution. In 2014, it introduced the logical definition of the Intel IoT platform. Intel did some of its modules and products, such as gateways, MCUs connected to sensors, parts of software, and cloud interfaces. In November this year, the platform was upgraded again, including the new Intel Quark processor for the Internet of Things, WindRiver's free and compact operating system with full cloud suite, and related analysis capabilities - all designed and built to protect Object-to-cloud smart interconnect solutions.
In addition, we have summarized Intel’s competitive advantage in the Internet of Things as the following four:
1. End-to-End Comprehensive Support By providing a series of basic building blocks, Intel can help developers and service providers quickly and smoothly develop and deliver IoT solutions that are designed specifically for IoT smart systems. A series of processors from the device to the cloud, from Quark, Atom, Core to Xeon, face different applications and provide different computing needs. It is particularly worth emphasizing that in November of this year, Intel released three second-generation Quark processors. These three processors have already reached the category of microcontrollers. They can be used not only to make IoT gateways, but also to further Supporting many IoT device innovations enables IntelInside to truly cover the entire IoT.
2. Iteratively Updated Technology and Architecture As a chip company, Intel differs from many of its peers in that we not only design processors, but also have factory-built processors. Therefore, Intel has a clear development strategy when it develops the processor. We call it the pendulum strategy: In odd years, Intel will mainly update the technology, and will continuously improve the level of technology in accordance with Moore's Law; in even years, it will be mainly updated. Architecture, to provide users with a new computing experience. The two occur in phases, and from the end user's point of view, there are new improvements every year. This is the blueprint for the development of Intel processors.
3, industry-leading IoT gateway In addition to technology and architecture, Intel's other winning weapon is the gateway to the Internet of Things. As we all know, the gateway serves as a link between the entire IoT system and is a node for information aggregation and transportation. Intel has made a corresponding reference design for the IoT gateway. It not only provides hardware design, but also provides a protocol stack for the IoT gateway based on hardware. It accomplishes some horizontal requirements, such as connectivity requirements. Remote management requirements, security requirements, data transmission requirements, and more. We integrate these requirements on the IoT gateway and adapt the gateway to the appropriate architecture. At present, many partners in the industry support Intel's IoT gateway reference design to launch their respective IoT products.
4. The two major leagues have been promoting the standardization process. Intel has been actively promoting the formation of the entire Internet of Things standard. Just mentioned that the development of the Internet of Things needs to be based on an open environment, while the open foundation comes from common standards. In 2014, Intel and Samsung, Cisco, MediaTek and other industry leaders launched the OIC alliance, which is an open interconnection alliance. The purpose is to solve the problem of interconnection between devices. OIC will not only formulate corresponding IoT industry standards, but also provide some open source projects to the industry and developers, so that everyone can develop their own solutions based on a unified standard. The second alliance is the IIC Alliance, the Industrial Internet Alliance, which is Intel and GE, IBM, Cisco and AT in 2014.
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