Driven by innovation, the information industry has successfully implemented and landed in the digital age. It is not difficult to imagine that “Internet of Everything†will become the most prominent feature of this era, while traditional industries face intellectual upgrades, such as white goods, smart furniture, and wisdom. Industries such as construction have connected unconnected devices.
So in the face of the huge Internet of Things system, how can enterprises reduce the development cost and difficulty, and what should developers change to adapt to the ecosystem under the big environment and open the road to intelligence?
With the proliferation of various cloud platforms, IoT applications present a multidisciplinary complexity. To sum up, the hardware design with the WiFi module has become a standard in hardware, and the Internet of Things operating system has become a must.
MiCO, as an IoT operating system independently developed by Qingke Information, is a full-stack operating system running on various microcontrollers for IoT applications. It includes secure Internet access, cloud service access protocols, a variety of highly reusable software component packages, and a highly portable hardware abstraction layer that is ideal for running on energy-constrained microcontrollers.
Since its release in 2014, it has been implemented in version 3.3. MiCO's safety, stability, reliability and ease of use have also been recognized by developers who use MiCO, and it is the only one in the world with more than 10 million installed on many different hardware platforms. Networked operating systems, we can say that we have taken a solid step in the commercial aspects of MiCO.
IoT operating system MiCO is difficult
In the development process of MiCO, many problems have also been encountered. After all, the Internet of Things operating system is still in its infancy. Because the MiCO operating system is perfect, it is also based on continuous optimization of problems raised by chip companies, cloud computing companies, equipment manufacturers and developers, and Qingke Information is also investing in research and development in this process, and iteratively updating products. .
The biggest difficulty of OS is the combination of R&D and practical application. Every successful OS is “grinded out†by various practical applications, rather than being developed after the R&D. MiCO is also achieved today through more than 10 years of research and development combined with the application of tempering. From a product perspective, it also introduces its own development tools, compilers and development environment, which will provide developers with a more systematic, stable and simple IoT development experience.
To this end, in the live broadcast shared by Zhang Fuwen, the training director of Shanghai Qingke Information Technology Co., Ltd. at 3 pm on June 7th, you will receive:
1. STM32 NUCLEO-F412 powerful hardware platform and rich interface functions;
2. Qingke MiCO Internet of Things operating system software application;
3. ST peripheral sensor MEMS application;
4. Main ideas and key codes of MiCO transplantation;
5. Based on STM32F412 + EMW1062 + ST MEMS + MiCO, how to implement a sensor mobilization, operating system multitasking, network programming applications, cloud platform access and other applications?
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