Abstract:
Researchers and companies are interested in combining blockchain and the IoT to create a secure, reliable, and resilient communication platform. However, determining blockchain’s role in IoT contexts with minimal impact is difficult. This work proposes a blockchain-based message schedule with critical and non-critical access-level filters for incoming messages. Researchers propose splitting the fog layer into action and blockchain fog clusters. For critical message requests, the action cluster and main cloud data center collaborate like the three-layered IoT architecture. The blockchain fog cluster serves only the blockchain application. A fog broker schedules critical and non-critical messages in action and blockchain fog clusters. Comparing the proposed method to Dual Fog-IoT. Fog and cloud computing resource use is tested. This architecture works for varying percentages of critical and non-critical messages. Blockchain reduces system loss and offloads the cloud data center without changing the IoT ecosystem.
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