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The design, specification, and correct implementation of software and systems architecture are, after the task of requirements specification, perhaps the most important design decisions when building large software or software-intensive systems. Architectures are responsible for software quality, for a number of quality attributes such as maintainability, portability, changeability, reusability, and deployability, but also reliability, security, and safety. Therefore, the design of architectures is a key issue in system and software development. For highly distributed, networked systems and for cyber-physical systems, we need a design and specification concept which supports composition, parallelism, and concurrency and finally real time but keeps all of the general advantages of object-oriented programming. This requires an appropriate concept of interface. If it is extended to these more sophisticated properties, it covers also functional quality aspects.

The Leading Role of Software and Systems Architecture in the Age of Digitization