Network Framework Sample Clauses

Network Framework. The blockchain-powered intelligent edge framework is shown in Fig 1. It has three layers: • The end layer consists of IoT end devices which collect data from the environment (e.g., temperature sensors) or execute instructions (e.g., intelligent lamps). • The edge layer consists of edge devices which mainly transmit data between the end layer and the cloud layer. It also processes some data on behalf of the cloud layer and maintains blockchain ledger to keep track of data processing. • The cloud layer is composed of cloud servers which are used to store and process large volumes of data. It can trace data processed in the edge layer through the blockchain ledger. There are three types of entities in the blockchain-powered intelligent system. The network model among them is ab- stracted in Fig 2. • The channels between KGC (cloud centers) and users (edge/end devices) are secure channels during user regis- tration and key extraction processes. The secure channel is only used once in the initialization process (i.e., key extraction). It is not used in the AKA processes. It can be realized via out-of-band manners (e.g., QR code) or a secure handshake. We will illustrate one method in the use case in Section VIII. • The channels between users are public channels during AKA process. These channels are subject to attacks explained below in Section IV-B. The attackers against the system are assumed to have the following powers: • Controlling the message flow over public channels. This coresponses to Send query in xXX and CAFL-xXX models; • Revealing ephemeral keys. This corresponses to EphemeralKeyReveal query in xXX and CAFL-xXX models; • Revealing long-term keys. This coresponses to Corrupt query in xXX and CAFL-xXX models; • Side-channel attacks. This coresponses to Send query in CAFL-xXX model. The restriction is that the attackers are not allowed to reveal both ephemeral and long-term secrets of the same party, since in this case, they will trivially break any AKA protocol.
Sample 1
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