Description
Research questions
Does integrating blockchain-based crowdsourcing into shipping and port information management systems enhance operational efficiency?
Is technology OECrowd -BC aimed at making an effective decision by creating a conceptual, technological, social, financial framework? It breaks down the limitations of scalability.
Objectives
Easing the constraints of crowdsourcing centralization
Introducing a secure and transparent framework for blockchain-based crowdsourcing
Efficient and easy to use, a functional encryption scheme to protect the privacy and security of players’ information
Paving the way for improved documentation flows and corporate supply chain facilitation
Lower costs and manpower requirements
A conceptual system for cognitive synergy between the port and the city to enhance operational efficiency
research problem
Smart industry gaps cause scalability constraints by stakeholders due to (cost – cyber – security – privacy)
Qualitative research method
Gathering information through opinion polls and interviews
For stakeholders in the logistic seaport in Saudi Arabia
An exploratory study if Saudi Arabia and its seaports can apply the conceptual framework for operational efficiency in blockchain-based crowdsourcing
