In the digital age, the demand for robust and secure identification systems has become paramount, particularly in densely populated nations like India. The Aadhaar system, initiated by the Unique Identification Authority of India (UIDAI), represents one of the largest and most ambitious projects in this domain. This paper introduces an innovative framework developed using the Python programming language for generating Unique Aadhaar Cards (UACs) with QR code in India. Leveraging Python's versatility and power, the framework aims to streamline the UAC generation process by creating 10-digit Unique Identification (UID) numbers using the user's mobile number and Aadhaar number, all while ensuring compliance with UIDAI standards and guidelines. The intricacies of the framework, including its architecture, key components, and functionalities, are thoroughly examined. The significance of this framework in addressing challenges pertaining to data security, scalability, and efficiency in UAC generation is discussed. The collection and deification of the user’s information in the dataset is verified by the OTP verification before generating the UAC. Through empirical analysis and case studies, the effectiveness and reliability of the framework in producing UID numbers and valid UACs are demonstrated, thereby contributing to the advancement of identification systems in India.