The software ARCHITECTURE of a system depicts the system’s organization or structure, and PROVIDES an explanation of how it behaves. A system represents the collection of components that accomplish a specific function or SET of functions. In other words, the software architecture provides a sturdy foundation on which software can be built.

A series of architecture decisions and trade-offs impact quality, performance, maintainability, and overall success of the system. Failing to consider common problems and long-term consequences can PUT your system at risk.

There are multiple high-level architecture patterns and principles commonly used in modern systems. These are often referred to as architectural STYLES. The architecture of a software system is rarely limited to a single architectural style. Instead, a combination of styles often make up the complete system.

The software architecture of a system depicts the system’s organization or structure, and provides an explanation of how it behaves. A system represents the collection of components that accomplish a specific function or set of functions. In other words, the software architecture provides a sturdy foundation on which software can be built.

A series of architecture decisions and trade-offs impact quality, performance, maintainability, and overall success of the system. Failing to consider common problems and long-term consequences can put your system at risk.

There are multiple high-level architecture patterns and principles commonly used in modern systems. These are often referred to as architectural styles. The architecture of a software system is rarely limited to a single architectural style. Instead, a combination of styles often make up the complete system.