Developing a dedicated chip for the 2nd-generation national identity card, with a market share of 25%. Introducing the 3rd-generation social security card technology solution, achieving the integration of social security cards, bank cards, transportation cards, health cards, residence permits, and more. Undertaking chip research and development tasks for national-level certificate and credential projects such as electronic tickets for the Beijing Olympics and seafarer certificates, contributing to the nation's informatization and digitization efforts.
Forging a 'Far-Seeing Eye' and 'Data Shield' for the Video Enhancement Project of National Railway Trunk Lines, this initiative leverages a cloud-based storage architecture and ultra-high-speed read/write technology to overcome the persistent challenges of limited storage capacity and inefficient data retrieval in conventional railway video systems. Achieving an overall deployment cost reduction exceeding 30%, it drives the transformation of the railway video management system toward a cloud-native, highly efficient, and independently controllable paradigm.
Developing the core chip for the domestically produced large aircraft C919 - an aviation full-duplex switched Ethernet switch chip. This chip is used for the onboard local area network, overcoming key core technology challenges in the field of airborne electronic systems. It is the only domestically produced chip that has passed the highest level of airworthiness certification (DAL A), providing strong technological support for China's domestically controlled and verifiable test flights of large aircraft.
Providing IT infrastructure and network engineering construction for the new airport and offering computing and storage resources for the airport's private cloud and group cloud. These resources support the core business systems of the new airport and meet data disaster recovery requirements for the efficient and stable operation of the new airport.
Providing screen chips, comprehensive network and intelligent application solutions for the Beijing Winter Olympics, including chips for the super-sized wall-to-ground icefall screen at the opening ceremony, the Winter Olympics dedicated network infrastructure, the urban rail cloud platform for the Winter Olympics branches, 8K live broadcasting by China Central Radio and Television Station, and smart services in venues. These key projects ensure the successful completion of the events, painting a panoramic picture of winter Olympic technology with the brush of technology.
Providing ground application systems for major scientific research tasks such as the world largest radio telescope "China FAST", the first Mars exploration mission "Tianwen-1", and the lunar exploration mission "Chang'e-5", to support network, data exchange, and cyber security for these tasks. Using digital technology to fully support national astronomical research and innovative exploration, realizing the great dreams of humanity.