BDCT-Blockchain-Based Decentralized Computing and Tamper Resistance for Cloud Storage

The introduction of the mobile-cloud environment pattern has enabled devices with insufficient dispensation battery lives to do complex tasks. They have limited resources to address the difficulties that exist in existing models that are based on strong assumptions and resource validations. Furthermore, sending data and code to an untrusted platform raises security concerns, and achieving total protection is challenging due to the complexity added by more optimization approaches. In this BDCT study, we describe a dynamic mobile-cloud computing system based on secure blockchain-based tamper resistance storage. We propose a dynamic tamper-confrontation approach to security management that provides agents with self-protection capabilities through a low-overhead introspection and integrity-preserving communication mechanism.