Research and Design of Docker Technology Based Authority Management System

Area of Science:

• Computer Science
• Software Engineering
• Network Security

Background:

• Increasing reliance on network software necessitates robust role authority management for security and usability.
• Virtual machine technology presents challenges like high overhead, poor scalability, and lengthy deployment times.
• Containerization, exemplified by Docker, offers solutions for rapid service deployment, operation, and expansion.

Purpose of the Study:

• To design and implement a secure and efficient role authority management system.
• To leverage Docker technology for overcoming the limitations of virtual machines in managing software access.
• To establish a role authority model suitable for cloud computing environments.

Main Methods:

• Comparison and selection of various authority control models, adopting a role authority management approach.
• Design of a role authority control model integrating cloud computing and Docker, incorporating Task, Project, and User Controller Functions.
• Implementation using MongoDB database, HTML/CSS/JavaScript, and the Bootstrap framework.

Main Results:

• Development of a Docker-based role authority management system.
• Satisfactory test performance and strong robustness demonstrated by the system.
• The system effectively meets diverse object and subject requirements.

Conclusions:

• Docker technology provides a viable solution for efficient role authority management in network software.
• The developed system enhances software security, management control, and user experience.
• The proposed model is scalable, robust, and adaptable to various application needs.