The article introduces DeFaaS, a decentralized Function-as-a-Service (FaaS) system that addresses the limitations of existing centralized FaaS architectures by employing blockchain technology. Centralized FaaS limits user options and introduces risks of single-point failures. DeFaaS offers a decentralized infrastructure where functions are managed through a blockchain registry, improving scalability, flexibility, and security. The design includes features like decentralized scheduling, load balancing, and an API framework supported by OAuth2.0. Overall, DeFaaS enables users to focus more on their core business activities by reducing management complexities.
DeFaaS leverages blockchain technology to create a decentralized registry of services, enhancing scalability, flexibility, and security while reducing the risks of centralized FaaS systems.
The paper outlines a novel decentralized Function-as-a-Service (FaaS) system that addresses key limitations of existing centralized systems by utilizing blockchain for service management.
By decentralizing the FaaS system, users benefit from reduced reliance on singular cloud providers, thus increasing system resilience against potential failures and enhancing overall service reliability.
Implementing DeFaaS means that users can focus on their core business, as the management burden is minimized; the system is designed to facilitate easy interaction with services.
#decentralized-computing #function-as-a-service #blockchain-technology #cloud-infrastructure #api-management
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