4- LAYERED IOT ARCHITECTURE FOR HYPERLEDGER-FABRIC BLOCKCHAIN BASED SELF-MANAGED VEHICLE AD-HOC NETWORKS (VANET)

• Main Authors: B., Mahendra Kumar, Ravaleedhar, Murthy, Suragala, Ashok, Ahirwar, Gajendra Kumar, Ponnusamy, Sivaram, Mamidi, Bala Sai Charan, Shunmugam, Anandaraj, Venkata, Manjula Devarakonda, M.S., Bennet Praba, Garg, Lalit
• Format: Patent
• Language: English
• Published: 10.09.2020
• Subjects: CALCULATING; COMPUTING; COUNTING; ELECTRIC COMMUNICATION TECHNIQUE; ELECTRIC DIGITAL DATA PROCESSING; ELECTRICITY; PHYSICS; SIGNALLING; TRAFFIC CONTROL SYSTEMS; TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHICCOMMUNICATION; WIRELESS COMMUNICATIONS NETWORKS

4- LAYERED IOT ARCHITECTURE FOR HYPERLEDGER FABRIC BLOCKCHAIN BASED SELF-MANAGED VEHICLE AD HOC NETWORKS (VANET) The innovative motor vehicles are assured for linking with remote networks and vehicle-to-everything (V2X) ad-hoc networking techniques become emerging, the importance for safe interaction seems evident. Therefore, it becomes a quite realistic prospect which today's automobiles will be susceptible to cybersecurity threats that strike automobile interactions. The IoT systems are responsible of detecting the atmosphere and facilitate to exchange the knowledge towards the next stage. The Internet of Things applications are Smart Building, intelligent Transport, Telemedicine, Farming and controlling and tracking field. A huge amount of information is exchanged or transmitted between various devices for the above application domains. However, there are numerous vulnerability and confidentiality issues in the information exchange network between devices, such as data disclosure, data manipulation, and user identification. This proposal approaches the innovative security mechanism called Hyperledger fabric block chain technology to resolve the security issues in self-managed VANET. The IoT based security mechanism enhances the computational efficiency and minimizes the security and privacy issues. 1| P a g e Application layer Internet HYPERLEDGER FABRIC Blockchain layer Network layer physical layer Figure 2: HYPERLEDGER FABRIC Blockchain based self-managed 21Page