What is the intent of Verification and Validation (VV)?

What is the intent of Verification and Validation (VV)?

• A. Ensure that the design is complete and documented.
• B. 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.
• C. Document requirements without testing.
• D. Develop code without quality checks.

Answer: (B)

The intent of Verification and Validation is to ensure the product is built right and the right product is built for its intended use. Verification involves activities that confirm selected solutions and components meet their requirements—checking designs, code, interfaces, and integrations against what was specified. Validation involves activities that confirm those solutions and components fulfill their intended use in the target environment—testing with actual users or under real conditions to ensure the product delivers the expected outcomes. Together, they cover both conformance to specifications and fitness for purpose. For example, verifying a software module might involve reviews and tests showing it adheres to its specs; validating it would involve acceptance testing in the real environment with users to confirm it solves the real problem. The other options miss this dual focus: one emphasizes only design documentation, another omits testing, and another ignores quality checks during development.

The intent of Verification and Validation is to ensure the product is built right and the right product is built for its intended use. Verification involves activities that confirm selected solutions and components meet their requirements—checking designs, code, interfaces, and integrations against what was specified. Validation involves activities that confirm those solutions and components fulfill their intended use in the target environment—testing with actual users or under real conditions to ensure the product delivers the expected outcomes. Together, they cover both conformance to specifications and fitness for purpose. For example, verifying a software module might involve reviews and tests showing it adheres to its specs; validating it would involve acceptance testing in the real environment with users to confirm it solves the real problem. The other options miss this dual focus: one emphasizes only design documentation, another omits testing, and another ignores quality checks during development.