Domain-Driven Design ( DDD ) aims to build software models highly aligned with business needs by using business domain knowledge as the core driving force for system design. It simplifies complex business domains through boundary delineation, helping us design clear domain and application boundaries. This article will systematically explain the core concepts, strategic and tactical design, and layered architecture of DDD .

A business architecture diagram is a visual model describing an enterprise's business capabilities, business processes, organizational structure, and information flow. From a business perspective, it transforms corporate strategy into an actionable business blueprint, serving as a bridge connecting high-level strategy with IT implementation. This article will systematically explain the definition, value, core elements , and drawing methods of business architecture diagrams, and share several business architecture diagram templates.

Technical architecture diagrams have become an indispensable tool for enterprise technology teams. They are not only a visual representation of system design but also a core vehicle for team collaboration, technical decision-making, and business communication. Whether it's microservices, cloud-native technologies, or traditional monolithic applications, a clear technical architecture diagram helps everyone understand how the system is composed, how components collaborate, and how data flows.

Software architecture diagrams graphically display the overall structure of a software system, the relationships between elements, limitations, and boundaries . They have become a core tool for enterprises to plan, develop, and manage complex software systems. This article will give you an in-depth understanding of the concepts, drawing ideas, production tutorials, and examples of software architecture diagrams , to help you better understand and apply this important tool.

In the field of software development, it is crucial to clearly communicate architectural design. The C4 Model (Context, Containers, Components, and Code) is a system architecture diagram method tailored for development architects. It provides a simple, clear and easy-to-understand way to express different levels of architectural information of the system, thereby helping developers, architects and stakeholders to better understand and communicate architectural decisions.

In the field of software engineering, microservice architecture has become an important method for building complex and scalable systems. As a developer, understanding microservice architecture diagrams is not only the key to mastering system design, but also an essential skill for optimizing and maintaining systems. This article will introduce the basic concepts, application scenarios, creation ideas, and drawing steps of microservice architecture diagrams in detail to help developers better understand and apply this tool.

In today's era of rapid information development, both start-ups and large multinational companies cannot do without the support of complex and efficient information systems. These systems are like precision-operated machines, and architecture diagrams are the blueprints for designing and maintaining these machines. This article will explain architecture diagrams from the perspectives of their concepts, functions, drawing methods, and application cases.

AWS architecture diagram is a visual tool that depicts the connections and interactions between AWS resources, services, and components. Through the architecture diagram, users can clearly see how their AWS environment is built and how the various components work together. This article will explain AWS architecture diagram through the concepts, applications, symbols, creation tutorials, examples, etc. of AWS architecture diagram.

The product architecture diagram is a diagram used by product managers to express their product design mechanisms. It implements product functions into an information-based, modular, and clearly layered visual architecture, and uses different layers of interactive relationships, combinations of functional modules, data and The flow of information is used to convey the business process, business model and design ideas of the product. It is one of the indispensable documents when designing complex products.

The architecture diagram graphically displays the components of the architecture and the relationships between them, providing an intuitive and comprehensive view of the system. Common architecture diagrams include business architecture diagrams, product architecture diagrams, functional architecture diagrams, technical architecture diagrams, data architecture diagrams, deployment architecture diagrams, etc., which can help different roles (such as developers, operation and maintenance personnel, product managers, etc.) understand and analyze the system from different perspectives. This article will explain in detail the types of architecture diagrams and how to use ProcessOn to draw a clear architecture diagram.