Luo Wen, the Deputy Minister of the Ministry of Industry and Information Technology, revealed at the 2017 World IoT Expo recently held that the number of machine-to-machine (M2M) terminals deployed in China has exceeded 100 million, and the scale of the Internet of Things industry has jumped from 1.7 billion yuan in 2009 to more than 2016. 930 billion yuan, the compound annual growth rate of more than 25%. It is estimated that by 2020, the scale of China's Internet of Things industry will exceed 1.5 trillion yuan.
Huawei expects that the number of global connections in 2025 will reach 100 billion. In such a large connectivity index, the Internet of Things is undoubtedly the key to bearer connectivity. Its application scenarios can be divided into two categories. First, it is a scenario that requires high speeds and low delays. It is mainly used in areas such as car networking and video surveillance. This type of business mainly uses technologies such as 3G, 4G and future 5G. The second category emphasizes wide coverage, large connectivity, low speed, low power consumption and low cost. It will be used in many areas of smart cities, and the industry will Summarized as the LPWA market, the low-power wide area network, NB-IoT is the mainstream of this type of technology applications.
Huawei Internet Focus "platform + connectivity + ecology"
The Internet of Things is a large and complex system, and hundreds of billions of different objects have different requirements for connections. Huawei embraces the Internet of Things and is committed to using the leading ICT technology to enable a new industrial revolution. In the just-completed Huawei connection conference, Huawei first proposed the "platform + connectivity + ecology" enterprise Internet of Things development strategy, a complete description of the company's Internet of Things solution, including Huawei Enterprise IoT one-stop service platform OceanConnectIoT, the enterprise Wi-Fi integrated, integrated access schemes for authorizing unlicensed spectrum, intelligent edge computing for end-cloud collaboration, and comprehensive security from chip to platform.
Jiang Wangcheng, President of Huawei’s Internet of Things Solution, stated that Huawei’s IoT is a platform builder, a connected innovator, and an eco-environmental promoter. In terms of the platform, a unified IoT for public and private clouds is built. The platform provides global IoT services. In terms of connectivity, it provides multiple wired and wireless access methods to meet the needs of customers in multiple scenarios. In terms of ecology, it builds a healthy IoT ecosystem through cooperation with partners and jointly issues diversified vertical industry solutions. Program.
Meet a variety of IoT connection scenarios
As mentioned above, different objects have different requirements for connection. Huawei's advantages in terms of connectivity do not allow Huawei to provide diversified network access for the Internet of Things, including 2G, 3G, 4G, NB-IoT, AR gateways, and home gateways. And wireless access methods to meet a variety of IoT scenarios such as high bandwidth, low latency, wide coverage, large connectivity, low power consumption, and low speed.
• First of all, NB-IoT, the mainstream technology of the LPWA market, is the main promoter of NB-IoT. In the 3GPPR13 standard, Huawei submitted a total of 1,008 proposals. It passed 208 proposals, which accounted for 38% of the number of proposals passed, ranking first. Huawei has built a leading NB-IoT solution based on these advantages: more coverage, higher positioning accuracy, and lower delay power consumption.
· With respect to eLTE, Huawei's eLTE solution is based on LTE technology. It has created a high-performance mobile broadband narrowband converged private network specifically for enterprise applications. eLTE provides narrow-band mass-item access, based on the latest NB-IoT standard, and provides technologies such as packet fast transmission, SlotALOHA, and so on, which can provide wired networks with less than 100 times the access capacity of traditional wireless networks, including warehousing and logistics. Electricity meter reading, chemical oil and gas, and other enterprises in the park's massive data collection and transmission needs.
· EC-IoT is an IoT solution based on edge computing. The Huawei EC-IoT solution consisting of a terminal communication module, edge computing gateway, and agile controller can perform gateway real-time pre-analysis + cloud big data analysis, enabling prediction. Sexual maintenance, such as elevator internet of things, smart water, etc.
End-to-end IoT solutions
Of course, to push NB-IoT into commercial and industrial innovations, in addition to connectivity, it also requires a full suite of IoT solutions. For example, sensors, terminals, IoT gateways, smart applications, and IoT platforms that integrate various industrial applications and access various sensors, terminals, and gateways.
Huawei provides E2E IoT solution
For the system architecture of the Internet of Things, Huawei proposed the "1+2+1" Internet of Things solution, which is deeply integrated with the industry. The solution includes an open-source Internet of Things operating system HuaweiLiteOS; two connection methods, including wired and wireless connections, namely the rich Internet of Things connection provided by Huawei; and a cloud-connected IoT connection management platform, OceanConnect. Data management, collection, processing, analysis, management, and open to third-party applications.
In terms of the IoT platform, the Huawei OceanConnect IoT platform based on the cloud architecture is a unified open cloud platform for operators and enterprise/industry customers. It leverages Huawei's global public cloud deployment service capabilities to provide cloud service model connection management, device management, and application enablement. The level of service, and vertical industry suite services, help industry customers quickly build business, to facilitate solution partners to provide industry applications.
HuaweiLiteOS is a lightweight, open source IoT operating system and intelligent hardware development platform that can be widely used in smart homes, wearables, vehicle networking, manufacturing, and other areas, making IoT terminal development easier, easier interconnection, and more business Smarter, smoother experience, more secure data.
End-to-end IoT security connection
The Internet of Things ushered in the outbreak period, and the security issue was the most noticeable. While building a leading IoT solution, Huawei naturally places security at the top of the list. Based on Huawei's IoT solution 1+2+1 system architecture, Huawei IoT built an end-to-end security solution based on endpoints, networks, and cloud to provide embedded security protection for IoT systems.
· End-point security: Huawei security chip (TPM/TEE) helps provide a trusted environment. HuaweiLiteOS provides lightweight security and E2E security protection from the kernel, transport layer, and application layer.
Network security: First, the Huawei IoT solution complies with the 3GPP and IETF security standards. Second, the product resists wireless DDoS attacks from the source. Third, Huawei identifies and filters threats in the IoT network through firewalls and can handle millions of concurrent connections. Huawei also provides encrypted wireless and gateway channels to avoid data leakage.
· Cloud Security: Based on the threat model of big data analysis and machine vision, Huawei's IoT solution can be used to monitor the IoT network security situation, detect unknown threats, prevent and prevent intrusions in seconds, and comply with EU data protection policies to ensure data security.
Building the Internet of Things Open Ecology
As mentioned earlier, by 2025 we will receive 100 billion connections and a variety of different application scenarios based on the Internet of Things. So it is easy to see that the Internet of Things is a large, fragmented and complex ecosystem. All partners in the upstream and downstream industries need to invest in and jointly innovate to promote large-scale commercial use.
In the IoT field, Huawei is committed to opening up its capabilities at all levels and accelerating industry application innovation:
· Terminal side: The HuaweiLiteOS system is open source and provides a unified and open API to help partners quickly develop IoT products and accelerate the development of the Internet of Things industry. At the same time, Huawei can also provide IoT chips and modules for integration with third-party partners. The terminal communication module can be flexibly built into terminals in different industries to support the secondary development based on the industry's business.
Application side: For industry application partners, Huawei can provide a wide range of open interface APIs/eSDKs and common protocols to open and dock with industry applications of different partners, and provide collected data to third-party application partners for third parties. Partners quickly develop localized applications.
In order to facilitate the invocation and integration of Huawei's open capabilities with Huawei's IoT solution, Huawei has also built IoT OpenLab with global coverage. It aims to provide IoT partners with open laboratory services, including joint solution innovation and solution integration. Authentication and terminal integration authentication.
It can be seen that Huawei's IoT solution has the advantages of openness and win-win ecological advantages, flexible deployment of the platform, and full-series, full-scenario, and modular connectivity, providing flexible and rapid business development and deployment. Huawei has undoubtedly accumulated a wealth of successful experience in the field of Internet of Things. We expect that the Internet of Things will be connected to 100 billion digits of “physical+virtual†components for everyone at the moment of mass commercialization of smart cities and smart homes. All wonderful!
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