Initial IoT6 architecture Sample Clauses

Initial IoT6 architecture. Taking into account the architectures presented above and the initial high level IoT6 architecture views, it can be seen that there are considerable overlaps in the functional components between the high level IoT6 architecture and the other two architectures. All architectures take into account IoT compliant and non-compliant devices which can be standalone or organized in networks of devices. The devices are connected to wide area networks directly or by using gateways. On the other side of the communication network is the backend server functionality providing higher layer functions that facilitate discovery and utilization of available IoT services including all supporting security, charging and management functions. Having the above in mind, we propose to adopt the FI-WARE IoT architecture as the basis for specification of the initial IoT6 architecture. This architecture will be enhanced, primarily taking into account the specific focus of the IoT6 project on IPv6. In other words, we will aim to propose IoT6 specific ways to implement, to modify or to add new architectural components that will leverage the existing or new IPv6 functions. Therefore, the main focus will be on the communication layer of the architecture aiming not only to use IPv6 as a pure transport protocol, but to leverage the embedded IPv6 features to enable functions currently implemented using higher layer protocols. For example, some of the components such as things and resources management GE (generic enablers), in particular on the gateway level, will be potentially modified to leverage IPv6 functionalities that can be used to implement parts of the original features. To that end, discovery of services should be conducted through IPv6 network-based information systems that are already deployed, such as the domain name system with service discovery (DNS-SD) and in the same manner, a resource directory serving a local level could be replaced with multicast DNS (mDNS), thus providing required functionality exploiting and extending the IPv6 functions only [9].
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