OctArchi

No more guesswork, no more endless debates – just a fast, reliable, and efficient way to measure your Architecture reliability and make informed decisions.

Score from 1 to 5. Higher is better
Definition: How well the solution can adapt to future changes.
Example: A solution with a microservices architecture would score high on this criterion as it is easily scalable and can adapt to future requirements.
Definition: Modularity refers to how well a solution is divided into separate, interchangeable components.
Example: For instance, a solution architecture using containerization for different functionalities would be a good example of modularity, as each container can function and be replaced independently.
Definition: This refers to the financial investment required for a solution, including initial development, maintenance, and potential expansion.
Example: A cloud-based solution architecture can be cost-effective due to its pay-as-you-go model, reducing the need for upfront infrastructure costs.
Definition: Performance refers to how efficiently a solution operates under a given workload.
Example: A solution architecture that utilizes caching mechanisms and load balancers to handle high traffic would be considered to have good performance.
Definition: Simplicity refers to how easy it is to understand, develop, and maintain a solution.
Example: An example could be a monolithic architecture where the application is built as one cohesive unit, which could be simpler to understand than more complex architectures.
Definition: This refers to how easily a solution can be tested to ensure it is working as intended.
Example: For example, a solution architecture that includes separate testing environments and utilizes automated testing tools would be considered highly testable.
Definition: This refers to a solution's ability to continue functioning even when parts of it fail.
Example: For example, a solution architecture that includes redundancy, such as backup servers or databases, would be considered fault tolerant.
Definition: This refers to the environmental friendliness of a solution, including energy efficiency and the responsible use of resources.
Example: For example, a solution architecture that optimizes server usage to reduce energy consumption, or uses a cloud provider committed to renewable energy, would be considered to align with Green IT principles.