| Abstract |
Modern Internet of Things, or IoT, devices are developing quickly, which has raised the possibility of creating smart communities where collaboration and the combination of diverse IoT apps are crucial. But standards for devices, logic, and data transfers are often overlooked in the design and deployment of IoT apps. In this study, we propose the creation and development of the SEMAR IoT server platform for standard-based IoT application platform integration. SEMAR provides Big Data settings with pre-built features for data synchronizations, aggregations, and predictive classifications. Additionally, plug-in features are simple to build. Representations Event Transfer Application Development Interface solutions may take data from devices for various sensors immediately and via networks, it will be utilized in immediate form for screens, text files, and for connecting to other systems. For SEMAR examinations, we set up the platform and incorporated five connected device systems: the indoor translation system built around fingerprints, the water quality surveillance framework, the ecological observing system as a whole and the air superior track system. With operates for managing IoT devices, data exchange, choices, synchronizations, and barriers that could be easily coupled with exterior programmed or applications for IoT with no modification to the coding, the recommended SEMAR IoT applications server platforms give higher flexibility and compatibility in comparison to prior research on IoT server platforms. The results support the suggestion's effectiveness and efficacy. © 2023 IEEE. |
