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These three progressions toward modularity demonstrate that as the level of architectural modularity increases, so does maintainability, making it easier to add, change, or remove functionality.

How do architects determine the size and communication styles for microservices? Determining the proper size for microservices seems a pervasive problem—too small services create transactional and orchestration issues, and too-large services create scale and distribution issues.

We start with our first great untangling of forces in distributed architectures: defining architecture quantum along with the two types of coupling, static and dynamic

Static coupling

Represents how static dependencies resolve within the architecture via contracts.

These dependencies include operating system, frameworks, and/or libraries delivered via transitive dependency management, and any other operational requirement to allow the quantum to operate.

Dynamic coupling Represents how quanta communicate at runtime, either synchronously or asyn‐chronously.

Independently deployable implies several aspects of an architecture quantum—each quantum represents a separately deployable unit within a particular architecture.....

Making each architecture quantum represent a deployable asset within the architecture serves several useful purposes.

First, the boundary represented by an architecture quantum serves as a useful common language among architects, developers, and operations...

Second, the architecture quantum represents one of the forces (static coupling) architects must consider when striving for proper granularity of services within a distributed architecture.....Architects benefit from a firm understanding of exactly where Architecture (Quantum | Quanta) deployment boundaries lie in distributed architectures.

Third, independent deployab...

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