Development of an Appoint Nord with data security

Abstract

This thesis describes the design, implementation, and evaluation of a scheduler for appointment booking, which tries to improve the scheduling process, Furthermore, improving customer´s experience and satisfaction towards various service provider scenarios. Strong data security is an essential part of the development process in this thesis. The application has been specifically designed to protect sensitive user information. It has employed advanced methods to secure and protect personal data of users alongside employing improved techniques of encryption, secure transmission protocols and multifactor authentication systems without requirement of password storage.

For enhanced data security, the application used a tier-based system. For Frontend development, the application has implemented use of various HTML/CSS and Bootstrap elements to achieve security of the data goal. Additionally, for Back-end development, PHP and Laravel have been used for security modules. This approach has ensured confidentiality, integrity, and availability of information for the users on the platform.

The aim to ensure data security for user information has been based on principle of confidentiality, integrity, and accessibility. This method enables sustainable protections against unsolicited and unauthorized access, data theft, and malicious actions. Key feature of the application is safeguarding user´s data and making the booking system a safe and reliable platform.