The Internet of Things (IoT) and network operating systems are rapidly developing to be the important technologies for data information technologies and networks administration of the coming generations in Internet. Smart cities, urban computing, ubiquitous healthcare, and tactile Internet are all examples of IoT deployment and uses. As a result, the architectural design of hybrid network structures has become more sophisticated, mandating effective and flexible management setup and stream control technologies. The IoT is continually seeking for innovative capabilities, that will maintain development of high-speed process. Data storage and flexibility of connecting the smart devices in the IoT network, as well more other modes of feature’s evolution. This paper presents a systematic and comprehensive review of Graphical interfaces, platforms and middleware approaches, specifically suited for IoT networks, the literature been categorized into three sections: GUI Interface for IoT Network based studies, Security Management of Internet of Things using Blockchain and Multi-tenancy, Fog Computing architecture for IoT devices and blockchain data, which approach the challenges and open issues related to Interfaces Architecture for Internet of Things, Access Control, Multi Tenancy, Heterogeneous Platforms, real-time operations and Data Storage based Blockchain.