What does the term 'fundamental properties' refer to in system architecture?

The term 'fundamental properties' in system architecture refers to the essential characteristics and relationships of the system. This concept encompasses the core elements that define how a system is constructed and operates. It is about understanding the key attributes that enable the system to fulfill its intended purpose, including how different components interact and how the overall system behavior is shaped by these relationships.

In system architecture, fundamental properties provide a framework that guides the design and analysis of the system. This includes aspects such as functionality, performance, reliability, and maintainability. By focusing on these essential characteristics, systems engineers can ensure that the system meets its goals and requirements effectively.

Other aspects, such as the aesthetic design, specific technical components, or financial considerations, while important, do not capture the overarching and critical essence of what makes a system function as intended. Hence, they do not represent the concept of 'fundamental properties' as accurately as the essential characteristics and relationships that define the system's architecture.