In the internet industry, architecture diagrams are an important tool used to visualize the architecture of software, systems, applications, and the relationships between their components. Common types of architecture diagrams include: business architecture diagrams, application architecture diagrams, system architecture diagrams, technical architecture diagrams, deployment architecture diagrams, data architecture diagrams, product architecture diagrams, functional architecture diagrams, and information architecture diagrams.

Modules and Components: Display the core functional modules of the system, such as user services, order processing, payment gateways, etc.

Data Flow and Interaction Logic: Depict the trajectory of information flow, including the process of data input, output, and transformation.

Communication Protocols and Dependencies: Describe how various system components interact, using communication protocols such as HTTP, TCP/IP, message queues, etc.

Infrastructure and Deployment Environment: Describe the hardware or cloud environment where the system operates, such as servers, virtual machines, network resources, etc.

Security and Permission System: Describe how to manage user permissions, data encryption, and other security policies.

Technical architecture diagrams are widely used in scenarios such as: project initiation or plan review, architecture design or refactoring reports, security compliance and system audits, cross-department technical collaboration explanations, and technical document illustrations.

System architecture diagrams are high-level descriptions about "what to do" and "how to do it," while technical architecture diagrams are more detailed technical implementation descriptions about "how to do it." They complement each other and jointly guide the design and development of software systems.

Clarify System Structure and Component Relationships: Display the overall architecture of the system and the dependencies and interactions between components.

Guide Development and Maintenance: Help developers understand system design, facilitating development, testing, deployment, and maintenance work.

Promote Team Collaboration and Communication: Provide a clear visual representation that facilitates communication and understanding among team members, reducing communication costs.

Support Technical Selection and Solution Design: Help choose the appropriate technology stack, plan system architecture, and ensure system scalability and maintainability.

1. Based on application architecture, conduct technical support analysis to identify the necessary conditions for technical support
2. Technical selection, including development architecture, technical products, development technology stack, development platform, and operating platform
3. Technical impact analysis, cost, difficulty, planning, governance