Future Internet of Things from the concept proposed to the research and application process, people will be the future of the Internet of things constantly improve the understanding and innovation process, will also be on the existing computer hardware and software systems and information technology constantly challenge and innovation process, Has far-reaching significance. The future IoT is a physical world connected to existing and continuing Internet + information islands and fragmented Internet of Things built on the Internet of all things, mainly by the combination of information transmission channel, unique identification code reading and writing system, Network and information security guarantee system and complete related standards. It is intended for users who are willing to use the Internet of Things to carry out information interoperability across units, departments, regions and countries across the future. Eric Schmidt, executive chairman of the world's Internet giant Google, boldly predicted at the 2015 Davos Economic Forum in Switzerland that the Internet is about to disappear, a highly personalized, interactive and interesting world - Network is about to be born. Schmidt's remarks can be described as self-subversion Internet companies, far-reaching significance. Currently, U.S. companies such as Cisco, AT & T, Axeda, Amazon, Apple, General Electric, Google and IBM are all laying the Internet of Things, occupying a leading position in the Internet of Things industry. (See attached) In accordance with the principle that Chairman Xi Jinping proposed at the 2nd World Internet Congress that the international community should strengthen dialogue and cooperation and build a cyberspace of peace, security, openness and cooperation on the basis of mutual respect and mutual trust, according to the principle of China Members of the Embedded Systems Industry Alliance and related domestic enterprises for many years in building the core technologies needed for the future development of the Internet of Things achievements in this will be the world's leading technology in China with the support of intellectual property technology future IoT and Related technology to do the following introduction: First, the future of things As society gets the demand for information and Internet services from the Internet, and rapidly turns to the demand for information interconnection services of people, people and things, things and things from the Internet of Things, the informationization is entering the era of Internet of Things from the Internet era . People have made many years of research and application on the Internet of Things. However, there are still quite different definitions and understandings on the Internet of Things. Due to technical bottlenecks and geographical restrictions, the constructed Internet of Things (IoT) not only has different shapes, sizes, and fragmentation, but also has difficulties in interconnection. Timeliness, integrity, integrity, compatibility, security and expansibility Aspects of the flaws, can not meet the service needs to provide all things Internet. The future IoT is a network that enables the interconnection of any number of needs in the global physical world. Therefore, in the future, the Internet of Things will extend the Internet on the one hand to solve the current problem of limited IP addresses on the Internet and provide an unlimited number of IP addresses to meet the needs of all required IP addresses interconnected. On the other hand, in the future, the Internet of Things (IoT) can provide an unlimited number of unique identification codes to interconnect unlimited and identifiable information that can not or need to access the Internet, and then through all wired, wireless, optical and other communication channels that can transmit the information. In the future IoT, the Internet will be weakened into a kind of information channel (communication tool), and various other communication channels (communication tools) form an IoT information channel (communication tool) system for realizing Internet of things. In the future, the Internet of Things (IoT) can bring together and continuously establish new IoTs of different types, sizes, or layers according to different needs and different geographical or administrative affiliation to form a growing IoT cluster. In the future, various independent IOTs within and outside the Internet of Things can be connected internally and externally by using one or more suitable information channels (communication tools) to transmit information. As people can choose to use modern transport aviation, waterways, highways and free walking and walking the same. In the future, the Internet of Things will lead to the transformation and transformation of the existing information technology in many fields such as counting system, CPU, memory, sensor, intelligent terminal, intelligent manufacturing, intelligent society, software programming method, operating system, network architecture, multi-network convergence and network security Innovation. Future Internet of things will improve the existing information technology system and industrial chain. Since such changes and innovations are mostly conducted at the top and bottom, there is no need to change assembly and high-level languages ​​and have no impact on the application layer, and the current informatization achievements will be compatible and enhanced. Future Internet of Things will enable the current variety of Internet companies into IoT enterprises, will enable all types of Internet + applications, will be transformed into Internet of Things + applications. Among them, many Internet + applications will be upgraded from smart applications to smart applications with perceived control through the addition of smart terminals or smart hardware. In the future, the Internet of Things will participate more directly, effectively and extensively in industrial and agricultural production and social management than the current decentralized Internet of things. By providing more accurate and reliable intelligent services with perceived and controllable capabilities, it will significantly improve its production capacity and management level and promote the development of nationals The rapid development and improvement of economy, social culture and people's living standard. Second, the future of the Internet of things the core technology In the future, the Internet of Things (IoT) will have to fulfill the following goals: To be compatible with IPV4 and IPV6 Internet now, and to provide an unlimited number of IP addresses to accomplish the goals both at home and abroad of the next generation of Internet companies that state governments and international corporations are investing heavily in researching. To provide an unlimited number of unique identification code, to achieve an unprecedented Internet and multi-network integration of the Internet of all functions of the study, in order to become a complete Internet of things on behalf of the physical world information. In the future, the Internet of Things will take up the task of realizing the goal of interconnection with information in the cyberspace that has been formed and is rapidly growing in the physical world and the information world and should have a network structure that is integrated with the "space network" (name to be determined) in cyberspace. Become network space "space network" (name to be determined) one of the basic network architecture. Therefore, in order to realize the future IoT, the existing information technology needs to undergo the following disruptive changes and innovations in the following aspects: 1, two power system number Binary numbers currently used by computers have natural defects such as the number of binary representations of the same word length, which is only half the number of the binary representation. Development of two power system CPU And memory, computational speed and memory capacity increase significantly when using the same integrated circuit technology. 2, the new computer system The current computer system uses a single axis calculation. Is proposed to separate the instruction opcode and operand scheme, run-time or uniaxial calculation. The use of two power-based CPU and memory, is conducive to the development of a two-axis or multi-axis computer system can greatly improve the computational efficiency of the computer.