IT

Yizhijia Intelligent Cloud ERP adopts cognitive technologies such as machine learning, deep learning and natural language processing, integrates ERP, CRM, HR and VR into one, optimizes inventory management through big data analysis, improves enterprise decision-making ability, and predicts enterprise revenue in the next period.

As an important part of digital health ecosystem, digital health administration system is the most important part. The system is mainly used to integrate all application technologies, adopt digital statistics of Internet big data, create digital information management of health consultation, detection, treatment, rehabilitation and other projects, realize health data collection, real-time health monitoring, health data analysis, chronic disease prevention and control, and sub-health rehabilitation, and can also seamlessly connect with medical Internet of Things data to form a complete digital health product ecosystem.

The real-time noise big data project is an advanced environmental management system that leverages the integration of IoT, big data, cloud computing, and artificial intelligence technologies. It is designed to continuously monitor, analyze, and process noise data in real-time, providing scientific evidence for urban noise pollution control and fostering the advancement of smart cities.

Since 1998, we have been searching for fundamental methods to help farmers and promote rural economic development. We believe that rural assets are the biggest material foundation for rural economic development. Only by revitalizing rural assets through digital means can farmers enjoy convenient digital services in production, thereby changing their lives. This is the reason why we are building a ‘digital service platform for rural revitalization’. Firstly, we assign a digital identity to each asset, so that all production and operation data surrounding this asset will be recorded and used to serve farmers and agricultural production. Subsequently, digital assets were exported to scenarios such as finance, insurance, and social services, making these services more convenient and efficient. Ultimately, these scenarios will serve every agricultural producer. For example, in Jilin Province, we have sorted out farmers’ land assets and developed financial products based on land mortgage and pledge with banks. This year, we have issued more than 10 billion yuan in loans to farmers. At the same time, we overlay satellite remote sensing data with land and biological asset data to monitor crop growth status, provide disaster loss analysis, and help farmers obtain compensation from insurance companies. In Heilongjiang Province, we help establish an agricultural supply chain from seeds to tables through digital management of the entire agricultural production process, and serve practitioners at all levels. These services are currently being implemented in more than ten provinces in China and have achieved good results, helping over 180 million farmers.

Penghu Wuyu is a global “Star-Earth Integrated” satellite Internet of Things communication comprehensive service provider, focusing on next-generation communication system (6G) non-terrestrial network (NTN) communication technology. Through its self-developed 5G NTN communication protocol, it provides customers with end-to-end, all-terrain, all-time global integrated network, realizing the interconnection of all things and building a smart earth! Leading network technology: The self-developed communication protocol can support high and low-orbit satellites sharing, with a protocol reuse rate of over 95%, spectrum efficiency more than 10 times higher than the industry average, costs only 10% compared to others, user fees reduced by over 99%, and transmission latency reduced to 4-5 seconds. It can support simultaneous access of over a million terminals, with telecommunications-grade security mechanisms. Extremely low terminal costs: Leveraging the mature 5G chip industry resources on the ground, it replaces the high-cost, high-power consumption satellite communication networks and products, ultimately achieving a 99% cost reduction. The company has partnered with international chip manufacturer UNISOC to jointly complete ground protocols, chip integration with satellites, and completed the development of terminal products in the same year, rapidly achieving technology validation and commercial closure.

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Our goal is to develop an innovative, safe, environmentally friendly and easy-to-use self-driving travel service platform to provide rental services for self-driving tour enthusiasts around the world. The main content of this project is to develop a mobile application (APP) and a web terminal to provide display functions such as vehicle information, leasing process, and tour routes, as well as to provide services such as VR experience and field test drive.

This project innovatively uses a vast number of distributed nodes to build an edge computing platform, pioneering the “self-built + co-built” model in the industry, gathering idle computing, storage, and bandwidth resources from users’ homes, connecting thousands of households into a cloud computing network, and providing enterprises with high-quality and low-cost cloud computing services. By replacing high-cost server nodes of enterprises with low-cost distributed nodes, it helps enterprises save costs and accelerate their development.