Which statement best describes the two main objectives of Verification and Validation (VV)?

Which statement best describes the two main objectives of Verification and Validation (VV)?

• A. Verification focuses on functionality while Validation focuses on usability.
• B. Validation focuses on environment readiness and deployment planning.
• C. Verification and validation includes activities that: Confirm selected solutions and components meet their requirements; Validate selected solutions and components fulfill their intended use in their target environment.
• D. Verification focuses on requirements only, while Validation is optional.

Answer: (C)

In VV, two aims guide the work: first, make sure the selected solutions and components meet their defined requirements; second, make sure those solutions actually fulfill their intended use in the real target environment. Verification is about checking artifacts—requirements, design, code, and components—to confirm they conform to what was specified. Validation takes it a step further by evaluating the product in conditions that resemble or simulate the actual use environment to confirm it delivers the expected outcomes for users and stakeholders. Together, these activities ensure the product is built correctly and that it solves the right problem in the real context, reducing the risk of defects that only appear after deployment. The statement that captures both aspects is the one that describes confirming conformance to requirements and validating intended use in the target environment. Other options misstate the focus: one split focus into functionality versus usability, which isn’t how VV is framed; another emphasizes readiness and deployment planning, which is more about project logistics than VV; and another suggests verification is only about requirements with validation optional, which isn’t accurate since verification involves more than just requirements and validation is not optional.

In VV, two aims guide the work: first, make sure the selected solutions and components meet their defined requirements; second, make sure those solutions actually fulfill their intended use in the real target environment. Verification is about checking artifacts—requirements, design, code, and components—to confirm they conform to what was specified. Validation takes it a step further by evaluating the product in conditions that resemble or simulate the actual use environment to confirm it delivers the expected outcomes for users and stakeholders. Together, these activities ensure the product is built correctly and that it solves the right problem in the real context, reducing the risk of defects that only appear after deployment.

The statement that captures both aspects is the one that describes confirming conformance to requirements and validating intended use in the target environment. Other options misstate the focus: one split focus into functionality versus usability, which isn’t how VV is framed; another emphasizes readiness and deployment planning, which is more about project logistics than VV; and another suggests verification is only about requirements with validation optional, which isn’t accurate since verification involves more than just requirements and validation is not optional.