In the information age, people can access any information momentarily. With such power, internet providers and technology companies bear the responsibility for securing information as per the user’s granted permissions. This paper will present a unified and stable pattern of privacy across all domains and present a stable model for privacy for unlimited applicability. The idea of this paper is to create stable functional and nonfunctional requirements and design the right to privacy to be used. While the functional requirements determine the purpose and the technical details of the system; nonfunctional requirements identify conceptual criteria of an effective system. We employ software stability model (SSM) versus the traditional model (business as usual) to define these requirements. We then employ a weighted study will then to compare the functional and non-functional requirements of privacy. The findings of this work are that (1) the Stable Privacy Model can be applied to all conceivable scenarios whereas the traditional model (TM) is limited to a single-use model that cannot be repurposed. Additionally, (2) the paper establishes the true functional and nonfunctional requirements of Privacy, and (3) creates a stable pattern language with unification, reusability, and unlimited applicability.