Design and Implementation of Lightweight Embedded HTTP Proxy Cache System

This research work successfully establishes that a lightweight and efficient HTTP proxy cache system can be implemented on a low-power embedded platform without compromising performance. The proposed system effectively minimizes redundant data transfers by storing and serving frequently accessed content locally, thereby reducing network congestion and significantly improving response time. The experimental results demonstrate that the system is capable of handling multiple client requests with stable and reliable performance, making it suitable for real-time and resource-constrained environments. Its cost-effectiveness and low power consumption further enhance its practicality for deployment in small-scale networks and embedded applications. Moreover, this study highlights the increasing capability of embedded systems to undertake networking functionalities that were traditionally limited to high-performance servers. The integration of caching mechanisms with embedded platforms opens new possibilities in IoT and edge computing, where efficient data management and faster access are critical. In conclusion, the developed HTTP proxy cache system proves to be a scalable, efficient, and viable solution, contributing to the advancement of embedded networking technologies and offering a strong foundation for future enhancements and research in this domain.  

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