verifikációsvalidációs

Verifikációsvalidációs refers to the combined process of verification and validation, crucial steps in software development and engineering. Verification ensures that the product is built correctly, meaning it meets its specified design and documentation requirements. This is often achieved through activities like code reviews, inspections, and static analysis, answering the question "Are we building the product right?".

Validation, on the other hand, confirms that the product is the right product, meaning it meets the user's actual needs and expectations. This involves testing the product in its intended environment, often through user acceptance testing, demonstrations, and field trials. Validation answers the question "Are we building the right product?".

Together, verification and validation form a comprehensive quality assurance strategy. By addressing both the technical correctness and the user-centric fitness of a product, this dual approach aims to minimize defects, reduce risks, and ultimately deliver a successful and satisfactory outcome. The distinction is important as a product can be perfectly verified against faulty specifications, yet fail validation because it doesn't solve the intended problem. Conversely, a product might meet user needs but be poorly constructed, leading to issues during its operational life.