The entrepreneurial team at SUYUN Technology focuses on supporting the operation of the hydrogen fuel cell eco-chain. Currently, our business consists of real-time operations monitoring and the analysis of new energy vehicles, hydrogen refueling stations, and vehicle safety operations support.
The major challenges that our Internet of Things (IoT) system is facing are real-time parsing, storage, and analysis of high-frequency data. For example, during the real-time operations monitoring and analysis of vehicles, each vehicle reports its original packets at 1 kbit/s, and the system is required to parse, respond to, and store the packets with a delay of seconds. At the same time, the system needs to quickly query and further analyze the parsed packets of each vehicle at a transmission rate of 33 kbit/s. Considering the growing number of accessed vehicles in the future, we need to design the system in the most economical way while guaranteeing performance. Based on the transmission rate of 33 kbit/s for the parsed packets of each vehicle, each vehicle is expected to generate packet data of 30 GB per month (assuming that each vehicle is running for 10 hours per day).
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