In 1995, Bill Gates, 40 years old, wrote a book called "The Road to the Future" while becoming the world's richest man for the first time.
In the book, he mentioned the concept of "Internet of Things" for the first time, vaguely describing a form based on wireless networks, hardware devices and sensors; but at that time, in the Internet storm caused by , Microsoft , Very few people pay attention to the "Internet of Things" which is still in the theoretical stage.
Until 1999, a professor from the Massachusetts Institute of Technology in the United States officially described a world of " Internet of Everything " to the public, and the concept of the Internet of Things was officially launched; in the same year, Chinese Academy of Sciences also started research on the Internet of Things, beginning Try to build some applicable sensor networks.
At that time, the research on the Internet of Things was still at a relatively high-level national level, but this was not consistent with its "all-inclusive" essential attribute. Therefore, completing the downward popularization of the Internet of Things technology became a key proposition in the future.
With the improvement of 5G, cloud computing , artificial intelligence and other technologies, the Internet of Things has begun to move from the cloud to the public world. At the same time, the emerging smart home, smart device and other markets have also provided the best carrier for the Internet of Things. .
For a time, the explosion of the Internet of Things market was unstoppable.
By 2020, global IOT (Internet of Things) devices will surpass non-IOT devices for the first time. According to predictions by relevant institutions, the global IoT industry will reach US$1.1 trillion in 2025, and the number of IoT device connections will reach at least 25 billion. In this regard, China Academy of Information and Communications Technology also made a judgment: The current Internet of Things industry as a whole is in the "transition stage from the early stage of the outbreak to the outbreak period", and the early stage of the outbreak will continue for several years.
The huge market scale has promoted the popularization of IoT basic equipment, . However, from an industrial perspective, high entry barriers have replaced "technology popularization" and become the next more detailed process issue.
As a technology, the Internet of Things must ultimately serve terminal products. However, currently, if entrants on the product side want to make IoT smart devices, they almost have only two options: one is to develop a self-developed IoT platform, and the other is to choose a finished product platform.
Choosing the former means facing problems such as high R&D expenses, long development cycles, and slow product launches; choosing the latter also involves problems such as poor audio and video experience, lack of platform openness, and serious functional homogeneity.
At present, a large number of companies are trapped between these two dilemmas, and this situation, which is unfriendly to new entrants, is not conducive to the long-term development of the industry.
To this end, companies in the industry that focus on IoT platform technology have come to an end and are moving towards providing a useful and easy-to-use IoT platform.
Take Shengwang, which has just recently launched the "Ling Falcon IoT Cloud Platform", as an technology innovation company that continues to be deeply involved in the industry. Shengwang's move this time is aimed at the pain points of this industry.
Based on the Lingfal IoT cloud platform, developers can build example scenarios of audio and video smart hardware within an hour, minimizing research and development costs, shortening the product launch cycle, and allowing developers to focus more on their own products. Product development.
Specifically, in order to meet the characteristics of "ease of use, flexibility, and completeness", Shengwang's Lingfal IoT cloud platform provides two low-code development modes: Turnkey and custom.
Among them, the Turnkey development model is mainly aimed at mainstream hardware platforms, providing one-stop solutions for official adaptation, and due to its high degree of openness, users can quickly achieve integration through docking requirements.
In comparison, the custom model serves manufacturers with certain R&D capabilities. Relevant manufacturers can quickly achieve product mass production by flexibly selecting different modules such as audio and video, calling, cloud storage, and push to complete the rapid development of smart hardware. Development and launch requirements.
Data shows that the Lingfal IoT cloud platform can achieve a device connectivity rate of up to 99.7%, with non-sleep image output taking less than 1s, sleep mode image output as low as 4S, end-to-end delay less than 400ms, and full-duplex intercom The delay is less than 300ms. In terms of equipment resistance to weak networks, SoundNet SD-RTN™ can achieve 70% resistance to packet loss, ensuring a smooth call experience and providing users with higher-quality real-time voice call services.
"To empower developers and allow them to use high-quality real-time audio and video services faster and more conveniently is the original intention of the launch of the Shengwang Lingfu IoT cloud platform product." Feng Xiaodong, Shengwang IoT product manager express.
As a leading real-time interactive cloud service provider in the industry, Shengwang has years of deep cultivation and accumulation in real-time audio and video technology, and has also achieved further optimization of audio and video in IoT scenarios.
At present, Shengwang is gradually showing full potential in the Internet of Things industry, which also means greater room for imagination for the industry that is in the explosive period.
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