A Blockchain-Enabled Serverless Security Mechanism for IoT-Based Drones

The unique features of serverless computing have contributed to its popularity and widespread use. Despite these advantages and features, serverless computing technology faces challenges. Among these significant challenges are concerns over security and privacy protection. Providing a security system that could offer extremely high and safe security has always been something that has been considered. Blockchain technology can help make a safe authentication system for serverless computing because of its unique design and complex and powerful encryption methods. This chapter presents a method of authenticating serverless service provider systems that use permission-based blockchain technology on Hyperledger Fabric. This method offers highly secure levels of security. In the drone scenario, there are two parts of the security mechanism for serverless computing security with Hyperledger Fabric (SCSHF): registration in serverless computing security with Hyperledger Fabric (RSCSHF) and authentication in serverless computing security with Hyperledger Fabric (ASCSHF). This approach suggests using the blockchain/s features to create a highly secure authentication system, making it less likely that services and client data would be compromised. Using this approach, security concerns about protecting privacy and preventing unauthorized access to service systems, particularly in sensitive technologies like drones, will be addressed, ensuring the system’s security.