How much this architectural style costs.

The ability of a system to effectively cope with increases in load over the long term, both in terms of the number of users and the amount of data or requests being processed.

It determines how quickly and efficiently the system processes tasks. It affects the response time and the number of operations the system can handle.

It means dividing the system into smaller, independent modules, which makes it easier to develop, test and maintain.

The ability of a system to easily introduce changes and adapt to new requirements. It allows for development and modification without the need for major reconstruction.

It refers to the ability of a system to work continuously and correctly for a long time without failure. High reliability guarantees the stability and continuity of services.

It includes protection mechanisms against unauthorized access and threats. It guarantees confidentiality, integrity and availability of data.

It means the ease with which a system can be diagnosed, modified and repaired. High maintainability translates into lower maintenance costs and faster response to problems.

Refers to the ease with which a system can be subjected to testing to verify correctness and quality. Facilitates the detection of errors in the early stages of development.

It allows you to easily add new features without disrupting your existing structure. It helps you respond quickly to changing business needs.

The ability of a system to cooperate and communicate with other systems and technologies. It facilitates the integration of various modules and services.

The ability of a system to operate effectively in distributed environments, enabling efficient communication and collaboration between distributed components.

Determines how easily and quickly a system or its updates can be deployed to a production environment. Enables frequent and secure updates.

Ensures that system operations are performed consistently and atomically according to ACID principles. Guarantees data integrity during complex operations.

Guarantee that data remains consistent and correct throughout the system, even with simultaneous operations and possible failures.

The structure of the system is transparent and understandable, which facilitates implementation, development and team collaboration.

The ability of a system to generate data that allows for status analysis and problem identification. Facilitates rapid response to incidents and effective system management.

The ability to dynamically scale resources (e.g., add or remove computing power) in response to short-term fluctuating load.

The ability of a system to respond quickly to user requests and minimize delays, which affects the smoothness of interaction and comfort of use.

The ability of a system to continue to operate despite errors often uses fault isolation mechanisms.

The ability to limit the impact of failures to a specific part of the system so that they do not spread to the rest of the system.

The ability of the system to adapt and develop in response to changing business and technological requirements. It allows for the introduction of new functions without the need for a major reconstruction of the entire architecture.

The ability to perform multiple operations simultaneously, allowing for better utilization of system resources. Concurrency allows the system to handle multiple tasks in parallel, increasing efficiency and responsiveness.