Enhance system scalability: Distributed deployment can spread the system load across multiple servers, thus increasing the system’s ability to handle concurrent processes and ultimately improving scalability.
Improving the system’s availability: distributed deployment allows for the system’s services to be deployed on multiple servers, automatically switching to other available servers in case of a server failure to ensure continuity and availability of the system.
Increasing system stability: Distributed deployment allows different components of the system to be deployed on separate servers, so that when a component encounters an issue, it only affects the functionality of that specific component without impacting the overall stability of the system.
Improving system security: Distributed deployment allows different modules of the system to be deployed on different servers, effectively reducing the risk of attacks by implementing appropriate network security policies and access permissions.
Increase development efficiency: Distributed deployment allows for separate development and testing of different modules, enabling parallel development and thus improving the team’s development efficiency and project delivery speed.
Reducing the cost of the system: Distributed deployment allows for the expansion and reduction of servers according to actual needs, enabling flexible adjustment of system resources and costs, ultimately increasing resource utilization and efficiency.
