Vehicle Control using Smartwatch Integration for Intelligent Automotive Systems

Computer Science and Engineering

Incorporating smartwatches into car control systems helps in managing and interacting with vehicles at an entirely new level. This paper demonstrates a new model architecture based on the integration of the Internet of Things (IoT), cloud computing, and sensor technologies which enables real-time communication between vehicles and wearables. Through mobile applications developed using Google Flutter, users can control and monitor their vehicles through smartwatches. Remote monitoring, vehicle diagnostics, and performance tracking are some of the crucial features offered. These services are provided by a managed secure cloud infrastructure for data synchronization and protection, which enhances user data protection. With this integration, cloud infrastructure also guarantees user data continuity while increasing convenience and overall safety. This model also helps in solving some of the challenges which deal with connectivity, accuracy, and security of the data provided. We suggested various methods of sensor networks for smartwatches for data exchange optimization and communication simplification. With this study, we are aiming to propel IoT and smart technologies changing the notion of control over vehicles towards the evolution of personally tailored environments with practical and obtainable interfaces in intelligent transportation systems.

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