Paper Securing and Safeguarding Multimedia Privacy in the Internet Of Multimedia Things (IoMT)

Among the evolution of the Internet of Multimedia Things (IoMT), ensuring multimedia privacy is a significant area of concern. This study focuses on IoMT -based multimedia privacy, due to its importance in today's connected world. The data involved in multimedia applications of the IoMT are pictures, audio, and video, which are on the rise from healthcare to smart cities, necessitating its safety as a paramount issue. The research seeks to establish and analyze inherent vulnerabilities in the IoMT that lead to threats against multimedia privacy and ultimately develop an integrated system that will help protect and secure such information effectively. Drawing on the mixed methods design, this study uses a mixture of quantitative and qualitative analysis to explore the state of multimedia privacy within IoMT. Specifically, it entails the evaluation of security protocols currently in place, privacy-preserving algorithms, as well as legal and regulatory frameworks on multimedia data. Additionally, through case studies and expert interviews, this research delves into practical problems and solutions. Among the outcomes identified is the need for improved versions of privacy control models capable of reflecting different organizational environment features, the dynamic nature of threats, and untrusted insider action patterns associated with that. A number of steps are suggested by the research, such as the creation of advanced encryption algorithms, greater public consciousness, and regulatory policies. The goal of these recommendations is to create a safe multimedia space for IoMT where privacy is observed as an empowerment of users and stakeholders, not just for protection. The study findings are particularly meaningful in terms of multimedia privacy rhetoric with their strategic plan, which provides a logical pattern for stakeholders to navigate through the maze of IoMT issues while providing for multimedia data privacy and security.