In the cloud computing environment, network terminal data has the characteristics of large quantity and real-time changes. In order to ensure the security of network terminal data, a network terminal data security protection system is designed in the cloud computing environment. The system includes hardware modules such as intrusion detection, vulnerability scanning, and cloud security management, which can ensure that only authorized users can access data and achieve recognition and prevention of malicious behavior. On the basis of hardware design, a hybrid encryption algorithm is adopted to encrypt network terminal data, further improving system performance and security, and protecting data security in cloud computing environments. The experimental test results show that the system has a low false alarm rate, a high malicious attack blocking rate, and a malicious attack detection rate, which can effectively ensure the security of network terminal data.
In order to meet the requirements of interactivity, real-time and high efficiency of Internet of Things remote application system, the remote monitoring and analysis of sensor data of power Internet of Things is proposed. Through the combination of Lab VIEW Data Socket and JSP, a B/S-based Internet of Things-aware data publishing and remote monitoring system is constructed. The actual test results of the system show that the sensor data of the Internet of Things can be released and shared remotely in real time in the application process of the experimental site, and the related sensor data of the experimental site can be remotely monitored, managed and alarmed by the browser, which meets the requirements of interactivity, real-time and high efficiency of the remote application system of the Internet of Things.
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