International Science and Technology Journal

This paper proposes a singular layout for a combined LoRa (Long Range) and MAN (Metropolitan Area Network) over the constraints of no-internet offerings for Internet of Things (IoT). The integration of LoRa generation with MAN network abilities pursuits to provide reliable verbal exchange in regions lacking traditional net infrastructure. The problem addressed in these studies is the dearth of net connectivity in faraway and underserved regions, which hinders the deployment and effectiveness of IoT packages. Current solutions often rely upon internet get right of entry to, making them unsuitable for no-internet situations. The primary aim of this look at is to discover the ability of mixing LoRa and MAN technology to enhance connectivity, reduce latency, and improve information transmission efficiency in IoT applications. by leveraging the long-range competencies of LoRa and the dynamic, of MAN, the proposed layout seeks to permit strong and reliable IoT networks in regions without internet get right of entry. The proposed solution includes growing a hybrid LoRa-MAN network structure that could operate independently of the internet. Key aspects of the layout include node sorts (sensor nodes, relay nodes, and sink nodes), network topology (mesh topology), verbal exchange protocols (routing and data transmission), and implementation techniques (simulation, testing, and real-global deployment). The successful integration of LoRa and MAN technologies has the potential to significantly enhance IoT applications in remote and underserved areas, where net connectivity is limited or unavailable. This research contributes to addressing the demanding situations of IoT in phrases of no-net offerings with the aid of providing a unique solution that combines the strengths of LoRa, MAN, and intranet services within organizations to meet the challenge of no-internet connectivity....................... Keywords.............LoRa, Man (Metropolitan Area Network), IoT, no connectivity- Internet.