The Internet of Things (IoT) breeds the concept of various applications, but there are not many application projects that are truly implemented. One of the main reasons is that many incompatible communication specifications form obstacles, hindering the rapid development of Internet of Things applications. Open innovations that rely on common standards can push down barriers. The development of IoT applications in the past is like the "barn effect". Not only do the different industries have their own policies, but even the same industry is like a barn. They live in their own small circle and have preferred industrial agreements. And architecture, lack of horizontally extended collaborative platforms, resulting in obstacles in technical communication. Peng Qifeng, general manager of the New China Internet of Things business unit, pointed out that in order to make the Internet of Things application flourish, developers should not rely on their own talents, but rely on their own dedicated partners to go hand in hand, spanning energy, petrochemical, transportation, lighting, construction management, etc. Hedges, horizontally connected with a large number of heterogeneous resources, can give birth to more applications. In order to serially connect heterogeneous systems and communication specifications, manufacturers must spend a lot of resources to reset, knowledge and practical experience can not be stored, copied or transferred, which has raised the barriers to entry for IoT application development, and many promising ideas are therefore dead. in. In addition, when it comes to the Internet of Things, all objects should have the ability to connect. However, there are still many terminal devices that cannot be connected to the Internet, and the application of Internet of Things has not been able to form a big picture. Peng Qifeng believes that the key to overthrowing the high walls that hinder the development of IoT applications lies in "open innovation". Only openness can allow developers to pay the least price and quickly prepare the required platforms, technologies, hardware components or software tools. Make the idea blossom. More importantly, since all kinds of tool resources are based on standard specifications, not on specific industry applications, and are not subject to any proprietary communication protocols, developers do not have to worry about their products being isolated. Fortunately, several market trends that contribute to open innovation are brewing. The first is "cross-platform IoT technology is booming." As mentioned above, in the past, due to the professionalism and exclusivity of industrial development, many technologies that can only be used in a single field have been produced. In order to allow technical achievements in different fields to be synchronized with each other, C, Java, PHP, SQL, etc. are required. Different programming languages ​​and time-consuming programming can break through the barriers of heterogeneous integration. New open source tools, such as Node-RED, allow developers to access a visual graphical interface via a browser, and quickly drag and drop various protocol sensors without having to compile any line of programs. Code, which can connect the hardware and cloud service platform, and open up the last road of IoT applications. When the cross-platform and cross-communication agreement's common platform gradually replaces the past exclusive technology, it can not only accelerate the exchange of knowledge across industries, but also bring new technologies and new ideas into different industries and detonate a new wave of innovation. The second trend is "the open platform produces a breakthrough in focus." At present, there are as many as 100 kinds of communication protocols aiming to become the mainstream of the Internet of Things. If they are incompatible with each other, it will hinder the exchange of different industries. Therefore, the integration of communication agreements is inevitable. Furthermore, through open source and similar open platforms such as GitHub, Intel Developer Zone, or even NineWan All IoT Cloud (), developers can quickly find things through the platform. Networking related tools, technologies and other necessary resources, and interacting with experts in various knowledge fields, can quickly gather the wisdom of the people and solve the problems encountered in the past deployment of applications. The last trend worth noting is that "Internet of Things specifications are becoming more unified." For example, the formation of the Open ConnecTIvity FoundaTI (OCF) is an example. With unified and open specifications, it is expected to create unlimited business opportunities for makers and entrepreneurs, attract more people to join the ranks of IoT application development; and the open innovation platform can also be released with the support of unified specifications and open source tools. , prompting more makers, system integrators or entrepreneurial teams to accelerate into the world of IoT. Taking All IoT Cloud, which was founded by NEXCOM, as an example, it is based on the thinking of open innovation. It is expected to provide a variety of open and free download tools to promote the IoT market, making it easy for participants to purchase the required packages and become the Internet of Things. B2B and O2O platforms for the supply chain. Caption: In order for the IoT application to flourish, developers should not rely on their own talents, but rely on their own dedicated partners to go hand in hand, cross vertical industry barriers, and horizontally connect a large number of heterogeneous resources to breed more applications. 175W Medical Power Supply,175W Medical Device Power Supply,175W Medical Power Adapter,175W Rade Power Supplies Shenzhen Longxc Power Supply Co., Ltd , https://www.longxcpower.com
March 02, 2023